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You can also order almost all locomotives and train sets in our delivery program in DCC or Selectrix Digital. Since both locomotives and decoders are always sufficiently in stock, the conversion time is usually less than 2 working days.
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As a tailor-made service, we offer you the digitalization of your existing locomotives by professionals. No matter where you bought them.
N-Scale 04/2026: Jaegerndorfer, craft sheets, BR 98.8
Dear customer,
Today we present to you a colorful mix of new products and special offers!
234.90 EUR
(RRP*)
159.99 EUR*
Art.-no. Fleischmann_7160022
Fleischmann
Steam locomotive class 98.8 (GtL 4/4) of the Deutsche Bundesbahn.
- Use in front of passenger and light freight trains on branch lines
- Die-cast metal chassis The 98.8 series, the Bavarian GtL 4/4, was first put into service in 1911 by the Royal Bavarian State Railways. With a few changes, it was built until 1927. The locomotives proved to be very good in operation and, with an output of 450 hp, were the most powerful Bavarian local railway locomotives. The small, undemanding machines were in use by the German Federal Railway on many Bavarian local railway lines until 1953.
- Use in front of passenger and light freight trains on branch lines
- Die-cast metal chassis The 98.8 series, the Bavarian GtL 4/4, was first put into service in 1911 by the Royal Bavarian State Railways. With a few changes, it was built until 1927. The locomotives proved to be very good in operation and, with an output of 450 hp, were the most powerful Bavarian local railway locomotives. The small, undemanding machines were in use by the German Federal Railway on many Bavarian local railway lines until 1953.
209.90 EUR
(RRP*)
188.91 EUR*
Art.-no. Hobbytrain_H3055
Hobbytrain
With the electrification of the railway lines in Bavaria in the 1920s, the Reichsbahn also sought electric shunting locomotives for its stations around Munich. A condition in the development of the new locomotives was that as many parts as possible from the E91 and E52 locomotives be used to make maintenance more economical.
From 1927, AEG and SSW delivered the E60 locomotive to the Deutsche Reichsbahn in three production series. The locomotives were initially stationed in Munich, Rosenheim, and Garmisch. Due to its appearance, with its long, low front end and the cab at the rear, it was colloquially known as the "flatiron." Upon delivery, the E60 was equipped with a HIIs2D pantograph with two contact strips, which was replaced with an SBS 10 when it entered service with the Deutsche Bundesbahn. In 1958/59, the locomotives were rebuilt, the most noticeable change being the addition of shunting platforms to the front ends. The last Class 160 locomotive, based at the Heidelberg depot, was finally retired in 1983.
Company number: E60 09
Munich Branch
Operating condition 1938
Model properties:
- Coreless motor with flywheel
- Current draw across all axes
- NEM 662 / Next18 interface
- Change of light (white/red)
- Close coupling kinematics
- Consideration of all design differences in detail
From 1927, AEG and SSW delivered the E60 locomotive to the Deutsche Reichsbahn in three production series. The locomotives were initially stationed in Munich, Rosenheim, and Garmisch. Due to its appearance, with its long, low front end and the cab at the rear, it was colloquially known as the "flatiron." Upon delivery, the E60 was equipped with a HIIs2D pantograph with two contact strips, which was replaced with an SBS 10 when it entered service with the Deutsche Bundesbahn. In 1958/59, the locomotives were rebuilt, the most noticeable change being the addition of shunting platforms to the front ends. The last Class 160 locomotive, based at the Heidelberg depot, was finally retired in 1983.
Company number: E60 09
Munich Branch
Operating condition 1938
Model properties:
- Coreless motor with flywheel
- Current draw across all axes
- NEM 662 / Next18 interface
- Change of light (white/red)
- Close coupling kinematics
- Consideration of all design differences in detail
284.90 EUR
(RRP*)
169.99 EUR*
Art.-no. Jaegerndorfer_JC63100
Jägerndorfer
In the early 1920s, the BBÖ ordered 20 locomotives of the 1029 series for the fast passenger trains on the newly electrified routes. The electric locomotives, which were equipped with only one driver's cab, had the axle arrangement 1'C1'. In 1938 the German Reichsbahn took over the locomotives and they were classified as E33. Seven locomotives were stationed in Germany at the Basel Badischer Bahnhof depot and were mainly used on the Wiesentalbahn and Wehratalbahn. From 1954, the ÖBB locomotives were renumbered as Rh 1073 and partially modernized. They ran on suburban trains in Vienna until 1975.
Model features:
– Drive via coupling rods
– six-pin interface according to NEM 651
– Triple headlights with changing lights
– Minimum drivable radius: 225 mm
– LüP: 80 mm
Model features:
– Drive via coupling rods
– six-pin interface according to NEM 651
– Triple headlights with changing lights
– Minimum drivable radius: 225 mm
– LüP: 80 mm
419.90 EUR
(RRP*)
249.99 EUR*
Art.-no. Jaegerndorfer_JC63102
Jägerndorfer
In the early 1920s, the BBÖ ordered 20 locomotives of the 1029 series for the fast passenger trains on the newly electrified routes. The electric locomotives, which were equipped with only one driver's cab, had the axle arrangement 1'C1'. In 1938 the German Reichsbahn took over the locomotives and they were classified as E33. Seven locomotives were stationed in Germany at the Basel Badischer Bahnhof depot and were mainly used on the Wiesentalbahn and Wehratalbahn. From 1954, the ÖBB locomotives were renumbered as Rh 1073 and partially modernized. They ran on suburban trains in Vienna until 1975.
Model features:
– Drive via coupling rods
– Equipped with sound ex works
– Triple headlights with changing lights
– Minimum drivable radius: 225 mm
– LüP: 80 mm
Model features:
– Drive via coupling rods
– Equipped with sound ex works
– Triple headlights with changing lights
– Minimum drivable radius: 225 mm
– LüP: 80 mm
374.90 EUR
(RRP*)
199.99 EUR*
Art.-no. Jaegerndorfer_JC73020
Jägerndorfer
- Color: ivory/blue with ÖBB "Pflatsch"
- Model with red/white light change
- Control car with 6-pin interface
- Model with red/white light change
- Control car with 6-pin interface
494.90 EUR
(RRP*)
349.99 EUR*
Art.-no. Jaegerndorfer_JC73022
Jägerndorfer
- Color: ivory/blue with ÖBB "Pflatsch"
- Model with red/white light change
- Control car with 6-pin interface
- factory equipped with sound
- Model with red/white light change
- Control car with 6-pin interface
- factory equipped with sound
6.99 EUR*
Art.-no. MU_Q00023
Modellbahn Union
170 x 240 mm
Craft boards made of Finnish cardboard – precise, versatile and ideal for model making & DIY
These craft sheets made of Finnish cardboard are the perfect foundation for precise model making, creative DIY projects, and architectural detail work. Their homogeneous structure, high stability, and excellent workability make these sheets ideal for use in model making, diorama construction, architectural model making, and creative crafting.
Features & Benefits
- High-quality Finnish cardboard – dimensionally stable, uniform and resistant to warping
- Perfectly cuttable – ideal with a sharp craft knife or scalpel
- Clean edges – precise cuts without fraying
- Versatile use – for buildings, landscapes, substrates and details
- Optimal adhesive properties – compatible with wood glue, white glue and laser-cut adhesive
- Natural surface – ideal for painting, staining or further processing
Typical applications
- Model railway buildings and accessories
- Dioramas and landscaping
- Architectural models and prototype construction
- Craft projects, cardboard model making and creative DIY projects
- Reinforcements and support structures
Processing tips
- For best results, use a sharp craft knife or scalpel.
- Several light cuts instead of one deep cut ensure clean edges.
- Apply even pressure when gluing to avoid distortion.
- Prime the surface lightly before painting, if necessary.
Why use Finnish cardboard in model making?
Finnish cardboard is a proven material in model making, as it offers an optimal balance of stability and flexibility. It is easy to work with, remains dimensionally stable, and allows for even delicate constructions with high precision.
Conclusion:
These craft sheets made of Finnish cardboard are a great material for anyone who values precision, quality, and versatility in model making or creative projects. Thanks to the various thicknesses available, you'll find the perfect solution for every project.
Craft boards made of Finnish cardboard – precise, versatile and ideal for model making & DIY
These craft sheets made of Finnish cardboard are the perfect foundation for precise model making, creative DIY projects, and architectural detail work. Their homogeneous structure, high stability, and excellent workability make these sheets ideal for use in model making, diorama construction, architectural model making, and creative crafting.
Features & Benefits
- High-quality Finnish cardboard – dimensionally stable, uniform and resistant to warping
- Perfectly cuttable – ideal with a sharp craft knife or scalpel
- Clean edges – precise cuts without fraying
- Versatile use – for buildings, landscapes, substrates and details
- Optimal adhesive properties – compatible with wood glue, white glue and laser-cut adhesive
- Natural surface – ideal for painting, staining or further processing
Typical applications
- Model railway buildings and accessories
- Dioramas and landscaping
- Architectural models and prototype construction
- Craft projects, cardboard model making and creative DIY projects
- Reinforcements and support structures
Processing tips
- For best results, use a sharp craft knife or scalpel.
- Several light cuts instead of one deep cut ensure clean edges.
- Apply even pressure when gluing to avoid distortion.
- Prime the surface lightly before painting, if necessary.
Why use Finnish cardboard in model making?
Finnish cardboard is a proven material in model making, as it offers an optimal balance of stability and flexibility. It is easy to work with, remains dimensionally stable, and allows for even delicate constructions with high precision.
Conclusion:
These craft sheets made of Finnish cardboard are a great material for anyone who values precision, quality, and versatility in model making or creative projects. Thanks to the various thicknesses available, you'll find the perfect solution for every project.
7.99 EUR*
Art.-no. MU_Q00024
Modellbahn Union
170 x 240 mm
Craft boards made of Finnish cardboard – precise, versatile and ideal for model making & DIY
These craft sheets made of Finnish cardboard are the perfect foundation for precise model making, creative DIY projects, and architectural detail work. Their homogeneous structure, high stability, and excellent workability make these sheets ideal for use in model making, diorama construction, architectural model making, and creative crafting.
Features & Benefits
- High-quality Finnish cardboard – dimensionally stable, uniform and resistant to warping
- Perfectly cuttable – ideal with a sharp craft knife or scalpel
- Clean edges – precise cuts without fraying
- Versatile use – for buildings, landscapes, substrates and details
- Optimal adhesive properties – compatible with wood glue, white glue and laser-cut adhesive
- Natural surface – ideal for painting, staining or further processing
Typical applications
- Model railway buildings and accessories
- Dioramas and landscaping
- Architectural models and prototype construction
- Craft projects, cardboard model making and creative DIY projects
- Reinforcements and support structures
Processing tips
- For best results, use a sharp craft knife or scalpel.
- Several light cuts instead of one deep cut ensure clean edges.
- Apply even pressure when gluing to avoid distortion.
- Prime the surface lightly before painting, if necessary.
Why use Finnish cardboard in model making?
Finnish cardboard is a proven material in model making, as it offers an optimal balance of stability and flexibility. It is easy to work with, remains dimensionally stable, and allows for even delicate constructions with high precision.
Conclusion:
These craft sheets made of Finnish cardboard are a great material for anyone who values precision, quality, and versatility in model making or creative projects. Thanks to the various thicknesses available, you'll find the perfect solution for every project.
Craft boards made of Finnish cardboard – precise, versatile and ideal for model making & DIY
These craft sheets made of Finnish cardboard are the perfect foundation for precise model making, creative DIY projects, and architectural detail work. Their homogeneous structure, high stability, and excellent workability make these sheets ideal for use in model making, diorama construction, architectural model making, and creative crafting.
Features & Benefits
- High-quality Finnish cardboard – dimensionally stable, uniform and resistant to warping
- Perfectly cuttable – ideal with a sharp craft knife or scalpel
- Clean edges – precise cuts without fraying
- Versatile use – for buildings, landscapes, substrates and details
- Optimal adhesive properties – compatible with wood glue, white glue and laser-cut adhesive
- Natural surface – ideal for painting, staining or further processing
Typical applications
- Model railway buildings and accessories
- Dioramas and landscaping
- Architectural models and prototype construction
- Craft projects, cardboard model making and creative DIY projects
- Reinforcements and support structures
Processing tips
- For best results, use a sharp craft knife or scalpel.
- Several light cuts instead of one deep cut ensure clean edges.
- Apply even pressure when gluing to avoid distortion.
- Prime the surface lightly before painting, if necessary.
Why use Finnish cardboard in model making?
Finnish cardboard is a proven material in model making, as it offers an optimal balance of stability and flexibility. It is easy to work with, remains dimensionally stable, and allows for even delicate constructions with high precision.
Conclusion:
These craft sheets made of Finnish cardboard are a great material for anyone who values precision, quality, and versatility in model making or creative projects. Thanks to the various thicknesses available, you'll find the perfect solution for every project.
7.99 EUR*
Art.-no. MU_Q00025
Modellbahn Union
170 x 240 mm
Craft boards made of Finnish cardboard – precise, versatile and ideal for model making & DIY
These craft sheets made of Finnish cardboard are the perfect foundation for precise model making, creative DIY projects, and architectural detail work. Their homogeneous structure, high stability, and excellent workability make these sheets ideal for use in model making, diorama construction, architectural model making, and creative crafting.
Features & Benefits
- High-quality Finnish cardboard – dimensionally stable, uniform and resistant to warping
- Perfectly cuttable – ideal with a sharp craft knife or scalpel
- Clean edges – precise cuts without fraying
- Versatile use – for buildings, landscapes, substrates and details
- Optimal adhesive properties – compatible with wood glue, white glue and laser-cut adhesive
- Natural surface – ideal for painting, staining or further processing
Typical applications
- Model railway buildings and accessories
- Dioramas and landscaping
- Architectural models and prototype construction
- Craft projects, cardboard model making and creative DIY projects
- Reinforcements and support structures
Processing tips
- For best results, use a sharp craft knife or scalpel.
- Several light cuts instead of one deep cut ensure clean edges.
- Apply even pressure when gluing to avoid distortion.
- Prime the surface lightly before painting, if necessary.
Why use Finnish cardboard in model making?
Finnish cardboard is a proven material in model making, as it offers an optimal balance of stability and flexibility. It is easy to work with, remains dimensionally stable, and allows for even delicate constructions with high precision.
Conclusion:
These craft sheets made of Finnish cardboard are a great material for anyone who values precision, quality, and versatility in model making or creative projects. Thanks to the various thicknesses available, you'll find the perfect solution for every project.
Craft boards made of Finnish cardboard – precise, versatile and ideal for model making & DIY
These craft sheets made of Finnish cardboard are the perfect foundation for precise model making, creative DIY projects, and architectural detail work. Their homogeneous structure, high stability, and excellent workability make these sheets ideal for use in model making, diorama construction, architectural model making, and creative crafting.
Features & Benefits
- High-quality Finnish cardboard – dimensionally stable, uniform and resistant to warping
- Perfectly cuttable – ideal with a sharp craft knife or scalpel
- Clean edges – precise cuts without fraying
- Versatile use – for buildings, landscapes, substrates and details
- Optimal adhesive properties – compatible with wood glue, white glue and laser-cut adhesive
- Natural surface – ideal for painting, staining or further processing
Typical applications
- Model railway buildings and accessories
- Dioramas and landscaping
- Architectural models and prototype construction
- Craft projects, cardboard model making and creative DIY projects
- Reinforcements and support structures
Processing tips
- For best results, use a sharp craft knife or scalpel.
- Several light cuts instead of one deep cut ensure clean edges.
- Apply even pressure when gluing to avoid distortion.
- Prime the surface lightly before painting, if necessary.
Why use Finnish cardboard in model making?
Finnish cardboard is a proven material in model making, as it offers an optimal balance of stability and flexibility. It is easy to work with, remains dimensionally stable, and allows for even delicate constructions with high precision.
Conclusion:
These craft sheets made of Finnish cardboard are a great material for anyone who values precision, quality, and versatility in model making or creative projects. Thanks to the various thicknesses available, you'll find the perfect solution for every project.
9.99 EUR*
Art.-no. MU_Q00026
Modellbahn Union
170 x 240 mm
Craft boards made of Finnish cardboard – precise, versatile and ideal for model making & DIY
These craft sheets made of Finnish cardboard are the perfect foundation for precise model making, creative DIY projects, and architectural detail work. Their homogeneous structure, high stability, and excellent workability make these sheets ideal for use in model making, diorama construction, architectural model making, and creative crafting.
Features & Benefits
- High-quality Finnish cardboard – dimensionally stable, uniform and resistant to warping
- Perfectly cuttable – ideal with a sharp craft knife or scalpel
- Clean edges – precise cuts without fraying
- Versatile use – for buildings, landscapes, substrates and details
- Optimal adhesive properties – compatible with wood glue, white glue and laser-cut adhesive
- Natural surface – ideal for painting, staining or further processing
Typical applications
- Model railway buildings and accessories
- Dioramas and landscaping
- Architectural models and prototype construction
- Craft projects, cardboard model making and creative DIY projects
- Reinforcements and support structures
Processing tips
- For best results, use a sharp craft knife or scalpel.
- Several light cuts instead of one deep cut ensure clean edges.
- Apply even pressure when gluing to avoid distortion.
- Prime the surface lightly before painting, if necessary.
Why use Finnish cardboard in model making?
Finnish cardboard is a proven material in model making, as it offers an optimal balance of stability and flexibility. It is easy to work with, remains dimensionally stable, and allows for even delicate constructions with high precision.
Conclusion:
These craft sheets made of Finnish cardboard are a great material for anyone who values precision, quality, and versatility in model making or creative projects. Thanks to the various thicknesses available, you'll find the perfect solution for every project.
Craft boards made of Finnish cardboard – precise, versatile and ideal for model making & DIY
These craft sheets made of Finnish cardboard are the perfect foundation for precise model making, creative DIY projects, and architectural detail work. Their homogeneous structure, high stability, and excellent workability make these sheets ideal for use in model making, diorama construction, architectural model making, and creative crafting.
Features & Benefits
- High-quality Finnish cardboard – dimensionally stable, uniform and resistant to warping
- Perfectly cuttable – ideal with a sharp craft knife or scalpel
- Clean edges – precise cuts without fraying
- Versatile use – for buildings, landscapes, substrates and details
- Optimal adhesive properties – compatible with wood glue, white glue and laser-cut adhesive
- Natural surface – ideal for painting, staining or further processing
Typical applications
- Model railway buildings and accessories
- Dioramas and landscaping
- Architectural models and prototype construction
- Craft projects, cardboard model making and creative DIY projects
- Reinforcements and support structures
Processing tips
- For best results, use a sharp craft knife or scalpel.
- Several light cuts instead of one deep cut ensure clean edges.
- Apply even pressure when gluing to avoid distortion.
- Prime the surface lightly before painting, if necessary.
Why use Finnish cardboard in model making?
Finnish cardboard is a proven material in model making, as it offers an optimal balance of stability and flexibility. It is easy to work with, remains dimensionally stable, and allows for even delicate constructions with high precision.
Conclusion:
These craft sheets made of Finnish cardboard are a great material for anyone who values precision, quality, and versatility in model making or creative projects. Thanks to the various thicknesses available, you'll find the perfect solution for every project.
9.99 EUR*
Art.-no. MU_Q00027
Modellbahn Union
170 x 240 mm
Craft boards made of Finnish cardboard – precise, versatile and ideal for model making & DIY
These craft sheets made of Finnish cardboard are the perfect foundation for precise model making, creative DIY projects, and architectural detail work. Their homogeneous structure, high stability, and excellent workability make these sheets ideal for use in model making, diorama construction, architectural model making, and creative crafting.
Features & Benefits
- High-quality Finnish cardboard – dimensionally stable, uniform and resistant to warping
- Perfectly cuttable – ideal with a sharp craft knife or scalpel
- Clean edges – precise cuts without fraying
- Versatile use – for buildings, landscapes, substrates and details
- Optimal adhesive properties – compatible with wood glue, white glue and laser-cut adhesive
- Natural surface – ideal for painting, staining or further processing
Typical applications
- Model railway buildings and accessories
- Dioramas and landscaping
- Architectural models and prototype construction
- Craft projects, cardboard model making and creative DIY projects
- Reinforcements and support structures
Processing tips
- For best results, use a sharp craft knife or scalpel.
- Several light cuts instead of one deep cut ensure clean edges.
- Apply even pressure when gluing to avoid distortion.
- Prime the surface lightly before painting, if necessary.
Why use Finnish cardboard in model making?
Finnish cardboard is a proven material in model making, as it offers an optimal balance of stability and flexibility. It is easy to work with, remains dimensionally stable, and allows for even delicate constructions with high precision.
Conclusion:
These craft sheets made of Finnish cardboard are a great material for anyone who values precision, quality, and versatility in model making or creative projects. Thanks to the various thicknesses available, you'll find the perfect solution for every project.
Craft boards made of Finnish cardboard – precise, versatile and ideal for model making & DIY
These craft sheets made of Finnish cardboard are the perfect foundation for precise model making, creative DIY projects, and architectural detail work. Their homogeneous structure, high stability, and excellent workability make these sheets ideal for use in model making, diorama construction, architectural model making, and creative crafting.
Features & Benefits
- High-quality Finnish cardboard – dimensionally stable, uniform and resistant to warping
- Perfectly cuttable – ideal with a sharp craft knife or scalpel
- Clean edges – precise cuts without fraying
- Versatile use – for buildings, landscapes, substrates and details
- Optimal adhesive properties – compatible with wood glue, white glue and laser-cut adhesive
- Natural surface – ideal for painting, staining or further processing
Typical applications
- Model railway buildings and accessories
- Dioramas and landscaping
- Architectural models and prototype construction
- Craft projects, cardboard model making and creative DIY projects
- Reinforcements and support structures
Processing tips
- For best results, use a sharp craft knife or scalpel.
- Several light cuts instead of one deep cut ensure clean edges.
- Apply even pressure when gluing to avoid distortion.
- Prime the surface lightly before painting, if necessary.
Why use Finnish cardboard in model making?
Finnish cardboard is a proven material in model making, as it offers an optimal balance of stability and flexibility. It is easy to work with, remains dimensionally stable, and allows for even delicate constructions with high precision.
Conclusion:
These craft sheets made of Finnish cardboard are a great material for anyone who values precision, quality, and versatility in model making or creative projects. Thanks to the various thicknesses available, you'll find the perfect solution for every project.
14.49 EUR*
Art.-no. Busch_3601
Busch
These micro shrubs from the NATUR PUR series are only 20 mm high and therefore suitable for various track gauges. Because of their small size, they are attached to a sturdy base plate. The plate also features a matching foliage look and can be easily integrated into a landscape, including eight micro shrubs. Available in spring, summer, late summer, and autumn foliage colors.
Matching this series, there are also bushes and trees in the same structure and color.
Matching this series, there are also bushes and trees in the same structure and color.
14.49 EUR*
Art.-no. Busch_3602
Busch
These micro shrubs from the NATUR PUR series are only 20 mm high and therefore suitable for various track gauges. Because of their small size, they are attached to a sturdy base plate. The plate also features a matching foliage look and can be easily integrated into a landscape, including eight micro shrubs. Available in spring, summer, late summer, and autumn foliage colors.
Matching this series, there are also bushes and trees in the same structure and color.
Matching this series, there are also bushes and trees in the same structure and color.
14.49 EUR*
Art.-no. Busch_3603
Busch
These micro shrubs from the NATUR PUR series are only 20 mm high and therefore suitable for various track gauges. Because of their small size, they are attached to a sturdy base plate. The plate also features a matching foliage look and can be easily integrated into a landscape, including eight micro shrubs. Available in spring, summer, late summer, and autumn foliage colors.
Matching this series, there are also bushes and trees in the same structure and color.
Matching this series, there are also bushes and trees in the same structure and color.
14.49 EUR*
Art.-no. Busch_3604
Busch
These micro shrubs from the NATUR PUR series are only 20 mm high and therefore suitable for various track gauges. Because of their small size, they are attached to a sturdy base plate. The plate also features a matching foliage look and can be easily integrated into a landscape, including eight micro shrubs. Available in spring, summer, late summer, and autumn foliage colors.
Matching this series, there are also bushes and trees in the same structure and color.
Matching this series, there are also bushes and trees in the same structure and color.
54.99 EUR*
Art.-no. ESU_51832
ESU
SwitchPilot 3 servo decoders are optimized for stationary use on your layout and can control up to eight RC servo drives. In order to simplify the configuration, which was previously rather cumbersome with solenoid decoders, the SwitchPilot 3 Servo has an innovative operating concept consisting of a 4-line, illuminated OLED display and three input buttons.
operating modes
The SwitchPilot 3 Servo is multi-protocol capable and can be used with command stations based on the Märklin® Motorola® system (e.g. 6021, Central Station® or Mobile Station®) as well as DCC-capable command stations. The configuration can take place on the main track as well as on the programming track. Thanks to RailCom®, CVs can also be read out.
functionality
The SwitchPilot 3 Servo can be powered either directly from the digital system or from an external DC or AC voltage source. The SwitchPilot 3 Servo has eight outputs for controlling RC servo drives. He can control these drives so precisely that, in addition to switching points, any other slow motion sequences can be controlled with them. The SwitchPilot 3 servo has built-in switch-on pulse suppression to eliminate or reduce the system-related "twitching" of RC servos when the supply voltage is applied. Furthermore, the power supply to the servo can be switched off to prevent "hum" from some inexpensive servos. Each of the eight servos can be operated either in “digital mode” or in “proportional mode”, which was introduced for the first time with the SwitchPilot 3 servo: In digital mode, the servo can move to two end positions “A” and “B”, depending on the switching position on the Control panel. The position of the two end positions and the speed at which the servo moves in the desired direction can be set individually on the SwitchPilot 3 servo. The digital mode is perfect for switching points or signals that should always remain in a fixed position. In proportional mode, the servo can move and stop at any position within the “A” and “B” end positions. The servo only runs as long as the control panel sends a command. When the button is released, the servo stops. This way you can stop a servo in any desired position. The servo speed can be set individually. Proportional mode is ideal for (water) cranes or engine shed gates or any other application where intermediate positions are required. In addition to the end positions and the rotational speeds, it can be determined for each servo whether it should bounce when it reaches the end position. Furthermore, in order to adapt to the different RC servos on the market, the generation of the servo impulse can be influenced or the power supply of each servo can be switched off individually. In this way, inexpensive so-called analog servos as well as modern digital servos (with microcontroller) are optimally controlled.
analog operation
A special feature of the SwitchPilot 3 servo is that it can be used without a digital command station: up to 16 buttons can be connected to switch the servos directly if required.
Set to
The SwitchPilot 3 servo can be set flexibly either on the programming track with DCC centers or on the main track with POM (“Programming on Main”) or also read out using RailCom® CVs. If desired, it also learns the addresses directly via a programming button. Of course, the easiest way is to use the integrated OLED display and the three input buttons: All (!) settings can be checked directly on the decoder and changed if desired. "Programming" with the help of your control center is not required. It really couldn't be easier. The ESU LokProgrammer can be used for firmware updates.
Protection
As with our locomotive decoders, the outputs of the SwitchPilot 3 Servo are largely protected against overload. We want you to be able to enjoy your decoder for as long as possible.
operating modes
The SwitchPilot 3 Servo is multi-protocol capable and can be used with command stations based on the Märklin® Motorola® system (e.g. 6021, Central Station® or Mobile Station®) as well as DCC-capable command stations. The configuration can take place on the main track as well as on the programming track. Thanks to RailCom®, CVs can also be read out.
functionality
The SwitchPilot 3 Servo can be powered either directly from the digital system or from an external DC or AC voltage source. The SwitchPilot 3 Servo has eight outputs for controlling RC servo drives. He can control these drives so precisely that, in addition to switching points, any other slow motion sequences can be controlled with them. The SwitchPilot 3 servo has built-in switch-on pulse suppression to eliminate or reduce the system-related "twitching" of RC servos when the supply voltage is applied. Furthermore, the power supply to the servo can be switched off to prevent "hum" from some inexpensive servos. Each of the eight servos can be operated either in “digital mode” or in “proportional mode”, which was introduced for the first time with the SwitchPilot 3 servo: In digital mode, the servo can move to two end positions “A” and “B”, depending on the switching position on the Control panel. The position of the two end positions and the speed at which the servo moves in the desired direction can be set individually on the SwitchPilot 3 servo. The digital mode is perfect for switching points or signals that should always remain in a fixed position. In proportional mode, the servo can move and stop at any position within the “A” and “B” end positions. The servo only runs as long as the control panel sends a command. When the button is released, the servo stops. This way you can stop a servo in any desired position. The servo speed can be set individually. Proportional mode is ideal for (water) cranes or engine shed gates or any other application where intermediate positions are required. In addition to the end positions and the rotational speeds, it can be determined for each servo whether it should bounce when it reaches the end position. Furthermore, in order to adapt to the different RC servos on the market, the generation of the servo impulse can be influenced or the power supply of each servo can be switched off individually. In this way, inexpensive so-called analog servos as well as modern digital servos (with microcontroller) are optimally controlled.
analog operation
A special feature of the SwitchPilot 3 servo is that it can be used without a digital command station: up to 16 buttons can be connected to switch the servos directly if required.
Set to
The SwitchPilot 3 servo can be set flexibly either on the programming track with DCC centers or on the main track with POM (“Programming on Main”) or also read out using RailCom® CVs. If desired, it also learns the addresses directly via a programming button. Of course, the easiest way is to use the integrated OLED display and the three input buttons: All (!) settings can be checked directly on the decoder and changed if desired. "Programming" with the help of your control center is not required. It really couldn't be easier. The ESU LokProgrammer can be used for firmware updates.
Protection
As with our locomotive decoders, the outputs of the SwitchPilot 3 Servo are largely protected against overload. We want you to be able to enjoy your decoder for as long as possible.
69.99 EUR*
Art.-no. ESU_51840
ESU
The SignalPilot is a multi-protocol accessory decoder that is intended to switch signals. Thanks to its intelligent software, it can be used with DCC or Motorola®. The flexible programming makes this decoder an all-rounder among our accessory decoders. The SignalPilot has 16 outputs to which the individual micro lamps or LEDs of light signals can be connected directly. Because the outputs are designed as push / pull output stages, both conventional light signals with a common anode and light signals or light strips with a common ground connection (common cathode), as can occur with Viessmann® signals, are suitable. But also motorized form signals and point machines can be operated directly with the SignalPilot.
Operating modes
The SignalPilot can be used under DCC with RailComPlus® and Motorola®. Any address or combination of addresses can be assigned to each output by the software.
functionality
The SignalPilot can be supplied either directly from the digital center or separately from a DC or AC voltage transformer. You can connect the LEDs of two, three or four-aspect light signals directly to the 16 outputs. You can operate each output individually as a continuous light, flashing light or pulsed light. The brightness or flashing frequency can be set as well as the fade-in and fade-out times. Various prototypical light effects such as soft dimming, neon tube effects, defective neon tubes, gas lantern simulation, or flickering light ensure a realistic result. Random switching on or off or an on and off delay can also be activated. A night service can switch the outputs darker together if required.
The outputs of the SignalPilot are combined into signal images during configuration. In principle, two-, three-, four- or more-aspect signals are conceivable here. Depending on the number of outputs involved, one or more turnout numbers (turnout addresses) are assigned to each signal, with the help of which you can later switch the individual signal aspects. Up to 16 turnout numbers are available for this.
The configuration of the signal aspects is done exclusively with the help of the ESU LokProgrammer software. You select the desired signal aspects, then transfer them to the decoder and finally wire the signals as configured.
All signal images predefined in the LokProgrammer software can be changed individually. The description of the signal images themselves takes place with the help of XML files, which are either regularly extended by ESU or you can create and extend them completely at your own discretion. In this way "exotic" signals can also be supported. The SignalPilot is multi-protocol capable and can be used both with central units according to the Märklin® Motorola® system (e.g. 6021, Central Station® or Mobile Station®) as well as DCC-capable central units. The configuration can take place on the main track as well as on the programming track. Thanks to RailCom®, CVs can also be read out.
Optionally, a SwitchPilot Extension relay module can be docked to the SignalPilot. With its help, braking sections can be activated or frogs polarized, for example.
LokProgrammer
With the ESU LokProgrammer you can easily configure the SignalPilot directly on the screen: Simply select the desired signal type and display the connection directly on the screen.
Built-in future
The operating software of the SignalPilot can be updated at any time with the help of the LokProgrammer. This may be necessary if we add other types of signals.
Operating modes
The SignalPilot can be used under DCC with RailComPlus® and Motorola®. Any address or combination of addresses can be assigned to each output by the software.
functionality
The SignalPilot can be supplied either directly from the digital center or separately from a DC or AC voltage transformer. You can connect the LEDs of two, three or four-aspect light signals directly to the 16 outputs. You can operate each output individually as a continuous light, flashing light or pulsed light. The brightness or flashing frequency can be set as well as the fade-in and fade-out times. Various prototypical light effects such as soft dimming, neon tube effects, defective neon tubes, gas lantern simulation, or flickering light ensure a realistic result. Random switching on or off or an on and off delay can also be activated. A night service can switch the outputs darker together if required.
The outputs of the SignalPilot are combined into signal images during configuration. In principle, two-, three-, four- or more-aspect signals are conceivable here. Depending on the number of outputs involved, one or more turnout numbers (turnout addresses) are assigned to each signal, with the help of which you can later switch the individual signal aspects. Up to 16 turnout numbers are available for this.
The configuration of the signal aspects is done exclusively with the help of the ESU LokProgrammer software. You select the desired signal aspects, then transfer them to the decoder and finally wire the signals as configured.
All signal images predefined in the LokProgrammer software can be changed individually. The description of the signal images themselves takes place with the help of XML files, which are either regularly extended by ESU or you can create and extend them completely at your own discretion. In this way "exotic" signals can also be supported. The SignalPilot is multi-protocol capable and can be used both with central units according to the Märklin® Motorola® system (e.g. 6021, Central Station® or Mobile Station®) as well as DCC-capable central units. The configuration can take place on the main track as well as on the programming track. Thanks to RailCom®, CVs can also be read out.
Optionally, a SwitchPilot Extension relay module can be docked to the SignalPilot. With its help, braking sections can be activated or frogs polarized, for example.
LokProgrammer
With the ESU LokProgrammer you can easily configure the SignalPilot directly on the screen: Simply select the desired signal type and display the connection directly on the screen.
Built-in future
The operating software of the SignalPilot can be updated at any time with the help of the LokProgrammer. This may be necessary if we add other types of signals.
37.40 EUR*
Art.-no. ESU_59826
ESU
The LokPilot 5 micro DCC is the "twin" of the LokPilot 5 micro. With just 8.0mm x 7.0mm and a thickness of only 2.4mm (on the capacitor: 2.9mm), just so small that it can also be accommodated in very small locomotives of nominal sizes Z, N or TT, it is a pure DCC Decoder. This lack of flexibility is rewarded with a lower price.
LokPilot 5 micro DCC decoders are available with all common interfaces. The variants with Next18 or PluX16 interface are a bit larger with a base area of 13.0mm x 9.2mm, but have 2 additional function outputs.
Modes
The LokPilot 5 micro DCC is a "pure-bred" DCC decoder. 14 to 128 speed steps are as natural as 2- and 4-digit addresses. Up to 32 functions can be triggered. Thanks to Rail¬ComPlus®, the decoders log on to a suitable DCC System fully automatically.
It masters all DCC programming command stations. Auxiliary registers exist for DCC systems that can only program CVs from 1-255.
The LokPilot 5 micro DCC decoder recognizes the Märklin® braking sections as well as ZIMO® HLU / ZACK commands or the Lenz® ABC system. Braking with DCC brake modules or with DC voltage is also possible. It also stops with a Selectrix® brake diode. An ABC automatic shuttle train enables automatic commuting between two stations.
The LokPilot 5 DCC decoder can be used on analog DC trains. The maximum speed can be set separately.
The decoder switches between the operating modes fully automatically "on-the-fly".
Features
We know that you want your locomotives to be as realistic as possible. Therefore we have the LokPilot 5 micro DCC equipped with an amazing number of function outputs. The variants with 6-pin or 8-pin Wiring harnesses offer 4 amplified function outputs, each with 180mA output current and two logic level outputs. The versions with Next18 or PluX16 interface have a total of 6 amplified outputs and two logic level outputs available. All important lighting effects are available. The brightness of each output can be adjusted separately. The decoder masters automatic pushing and pulling when uncoupling for ROCO®, Krois® and Telex® couplings.
Motor control
The motor control of the LokPilot 5 micro DCC has been fundamentally improved again. A variable adjustable PWM clock frequency from 10kHz to 50kHz ensures super quiet operation, especially with bell-armature motors- The typical “hum” is a thing of the past. The load control now has up to 10 CVs which can be adjusted for difficult cases. The unique "Autotune" function enables the automatic calibration of the decoder to the motor. The LokPilot 5 DCC decoder delivers up to .75A of motor current. Enough juice for most motors.
Safety
A PowerPack to bypass dirty track can be fitted to the LokPilot 5 micro.
Protection
Of course, the motor output and the function outputs are against overload protected. We want you to enjoy your decoder for as long as possible.
LokPilot 5 micro DCC decoders are available with all common interfaces. The variants with Next18 or PluX16 interface are a bit larger with a base area of 13.0mm x 9.2mm, but have 2 additional function outputs.
Modes
The LokPilot 5 micro DCC is a "pure-bred" DCC decoder. 14 to 128 speed steps are as natural as 2- and 4-digit addresses. Up to 32 functions can be triggered. Thanks to Rail¬ComPlus®, the decoders log on to a suitable DCC System fully automatically.
It masters all DCC programming command stations. Auxiliary registers exist for DCC systems that can only program CVs from 1-255.
The LokPilot 5 micro DCC decoder recognizes the Märklin® braking sections as well as ZIMO® HLU / ZACK commands or the Lenz® ABC system. Braking with DCC brake modules or with DC voltage is also possible. It also stops with a Selectrix® brake diode. An ABC automatic shuttle train enables automatic commuting between two stations.
The LokPilot 5 DCC decoder can be used on analog DC trains. The maximum speed can be set separately.
The decoder switches between the operating modes fully automatically "on-the-fly".
Features
We know that you want your locomotives to be as realistic as possible. Therefore we have the LokPilot 5 micro DCC equipped with an amazing number of function outputs. The variants with 6-pin or 8-pin Wiring harnesses offer 4 amplified function outputs, each with 180mA output current and two logic level outputs. The versions with Next18 or PluX16 interface have a total of 6 amplified outputs and two logic level outputs available. All important lighting effects are available. The brightness of each output can be adjusted separately. The decoder masters automatic pushing and pulling when uncoupling for ROCO®, Krois® and Telex® couplings.
Motor control
The motor control of the LokPilot 5 micro DCC has been fundamentally improved again. A variable adjustable PWM clock frequency from 10kHz to 50kHz ensures super quiet operation, especially with bell-armature motors- The typical “hum” is a thing of the past. The load control now has up to 10 CVs which can be adjusted for difficult cases. The unique "Autotune" function enables the automatic calibration of the decoder to the motor. The LokPilot 5 DCC decoder delivers up to .75A of motor current. Enough juice for most motors.
Safety
A PowerPack to bypass dirty track can be fitted to the LokPilot 5 micro.
Protection
Of course, the motor output and the function outputs are against overload protected. We want you to enjoy your decoder for as long as possible.
16.90 EUR
(RRP*)
15.21 EUR*
Art.-no. Lemke_LC61410
Lemke
The MiNis range of finely detailed car models is being expanded with three vehicles based on Italian models: the Fiat Ducato II, the Fiat 128, and the Alfa Romeo Giulia. These are produced exclusively by Starline for Lemke.
Yours sincerely
Daniel Mrugalski
DM-Toys