diesel-locomotives

In 1973 Canadian National (CN) designed the safety cab, also known as the comfort cab, which featured a full-width nose that was intended to improve crew safety in the event of a collision. The first CN locomotives to feature this cab were GMDD...

In 1973 Canadian National (CN) designed the safety cab, also known as the comfort cab, which featured a full-width nose that was intended to improve crew safety in the event of a collision. The first CN locomotives to feature this cab were GMDD...

In 1973 Canadian National (CN) designed the safety cab, also known as the comfort cab, which featured a full-width nose that was intended to improve crew safety in the event of a collision. The first CN locomotives to feature this cab were GMDD...

Built in the late 1980s by GE, the DASH 8-40B diesel locomotives were identified by their dynamic brake gear located along the roof line between the cab and engine compartment, with ventilation provided by large roof-top grilles. These four-axle, high...

Built in the late 1980s by GE, the DASH 8-40B diesel locomotives were identified by their dynamic brake gear located along the roof line between the cab and engine compartment, with ventilation provided by large roof-top grilles. These four-axle, high...

Powered by a V16 FDL prime mover, the 3,000 h.p. U30B was GE’s answer to EMDs popular GP40 and ALCOs C430 Locomotive. A total of 295 U30Bs were built by GE between 1966 and 1975. This model represents a “phase 2” U30B locomotive. The...

Introduced in 1949, the Electro-Motive 1500hp GP-7 combined the machinery of the F7 with a hood-type carbody that offered high visibility and easy engine access. The GP-7 was used in pulling every conceivable type of train and was sometimes substituted...

Introduced in 1949, the Electro-Motive 1500hp GP-7 combined the machinery of the F7 with a hood-type carbody that offered high visibility and easy engine access. The GP-7 was used in pulling every conceivable type of train and was sometimes substituted...

Powered by a V16 FDL prime mover, the 3,000 h.p. U30B was GE’s answer to EMDs popular GP40 and ALCOs C430 Locomotive. A total of 295 U30Bs were built by GE between 1966 and 1975. This model represents a “phase 2” U30B locomotive. The...

Powered by a V16 FDL prime mover, the 3,000 h.p. U30B was GE’s answer to EMDs popular GP40 and ALCOs C430 Locomotive. A total of 295 U30Bs were built by GE between 1966 and 1975. This model represents a “phase 2” U30B locomotive. The...

The General Electric U30C locomotive was put into production in 1966, replacing the similar looking U28C. Offering 200 more horsepower than its predecessor, the U30C allowed GE to compete with the EMD’s SD40 in the horsepower race. The U30C...

The GP40-2 was EMD’s follow-up to the very successful GP40 locomotive model. While many internal upgrades were introduced (such as the use of improved, modular Dash 2 electrical components), there were some external differences between the early...

First built for Union Pacific in the late 1980's by General Electric, the DASH 8-40C diesel locomotives were identified by an enlarged exhaust stack and the mounting of the dynamic brake grids in a square-like unit behind the cab, which housed an...

First built for Union Pacific in the late 1980's by General Electric, the DASH 8-40C diesel locomotives were identified by an enlarged exhaust stack and the mounting of the dynamic brake grids in a square-like unit behind the cab, which housed an...

First built for Union Pacific in the late 1980's by General Electric, the DASH 8-40C diesel locomotives were identified by an enlarged exhaust stack and the mounting of the dynamic brake grids in a square-like unit behind the cab, which housed an...

First built for Union Pacific in the late 1980's by General Electric, the DASH 8-40C diesel locomotives were identified by an enlarged exhaust stack and the mounting of the dynamic brake grids in a square-like unit behind the cab, which housed an...

First built for Union Pacific in the late 1980's by General Electric, the DASH 8-40C diesel locomotives were identified by an enlarged exhaust stack and the mounting of the dynamic brake grids in a square-like unit behind the cab, which housed an...

Features: • Separately-applied door handles • Real metal springs on trucks • Realistic die-cast underframe • Five-pole skewed armature motor with dual-flywheels for optimum performance at all speeds • Directional lighting •...

Features: • Separately-applied door handles • Real metal springs on trucks • Realistic die-cast underframe • Five-pole skewed armature motor with dual-flywheels for optimum performance at all speeds • Directional lighting •...

Features: • Separately-applied door handles • Real metal springs on trucks • Realistic die-cast underframe • Five-pole skewed armature motor with dual-flywheels for optimum performance at all speeds • Directional lighting •...

Features: • Separately-applied door handles • Real metal springs on trucks • Realistic die-cast underframe • Five-pole skewed armature motor with dual-flywheels for optimum performance at all speeds • Directional lighting •...

Features: • Separately-applied door handles • Real metal springs on trucks • Realistic die-cast underframe • Five-pole skewed armature motor with dual-flywheels for optimum performance at all speeds • Directional lighting •...

Features: • Separately-applied door handles • Real metal springs on trucks • Realistic die-cast underframe • Five-pole skewed armature motor with dual-flywheels for optimum performance at all speeds • Directional lighting •...

Features: • Separately-applied door handles • Real metal springs on trucks • Realistic die-cast underframe • Five-pole skewed armature motor with dual-flywheels for optimum performance at all speeds • Directional lighting •...

Features: • Separately-applied door handles • Real metal springs on trucks • Realistic die-cast underframe • Five-pole skewed armature motor with dual-flywheels for optimum performance at all speeds • Directional lighting •...

Features: • Separately-applied door handles • Real metal springs on trucks • Realistic die-cast underframe • Five-pole skewed armature motor with dual-flywheels for optimum performance at all speeds • Directional lighting •...

Features: • Separately-applied door handles • Real metal springs on trucks • Realistic die-cast underframe • Five-pole skewed armature motor with dual-flywheels for optimum performance at all speeds • Directional lighting •...

Features: • Separately-applied door handles • Real metal springs on trucks • Realistic die-cast underframe • Five-pole skewed armature motor with dual-flywheels for optimum performance at all speeds • Directional lighting •...

Features: • Separately-applied door handles • Real metal springs on trucks • Realistic die-cast underframe • Five-pole skewed armature motor with dual-flywheels for optimum performance at all speeds • Directional lighting •...

Features: • Separately-applied door handles • Real metal springs on trucks • Realistic die-cast underframe • Five-pole skewed armature motor with dual-flywheels for optimum performance at all speeds • Directional lighting •...

Features: • Separately-applied door handles • Real metal springs on trucks • Realistic die-cast underframe • Five-pole skewed armature motor with dual-flywheels for optimum performance at all speeds • Directional lighting •...

Features: • All new tooling • Etched metal grilles • Many road specific details including several cab, headlight and nose light variations to accurately match the prototype • Newly tooled Adirondack truck sideframes • Separately...

Features: • All new tooling • Etched metal grilles • Many road specific details including several cab, headlight and nose light variations to accurately match the prototype • Newly tooled Adirondack truck sideframes • Separately...