This R/C model assembly kit recreates a three-door hatchback Ford Escort Mk.6 with customisations such as blister fenders, a front spoiler, and a rear wing. The powerful form is captured by a lightweight and durable polycarbonate body, and stickers are included to add detail. The model is based upon the adaptable and user-friendly TT-02 chassis, which offers shaft-driven 4WD.

The shaft-driven 4WD TT-02 chassis employs a longitudinal layout with the battery on the left and the motor on the right for excellent stability. It features identical left and right suspension arms and uprights for ease of assembly, plus easy-to-maintain gearboxes. It offers 2 different wheelbases, 2 ground clearance settings, and 2 tread set-ups in addition to a range of 10 possible gear ratios. White dish wheels use tread patterned semi-pneumatic tyres.

Smooth Precision Steering Linkages

Experience incredibly smooth and precise control thanks to the steering linkage joints featuring resin ball links. This design ensures accurate command over your TT-02 chassis, enhancing your driving experience on any surface.

Stylish Brake Disc Wheel Hubs

Add a touch of authentic realism to your TT-02 with its stylish wheel hubs, designed to mimic brake discs. This attention to detail elevates the model's appearance, making it look even more like a real racing machine.

Efficient Motor Cooling Cover

The motor cover includes a clever, removable cooling duct engineered to significantly improve motor performance. This design helps keep your motor running at optimal temperatures, ensuring consistent power and reliability during extended use (duct not shown).

Rear Double-Wishbone Suspension

The TT-02 chassis boasts a sophisticated rear double-wishbone suspension system. Coil-over shock absorbers provide effective damping for enhanced stability and responsiveness, leading to a more enjoyable and predictable driving experience.

Smooth Planetary Gear Diffs

Equipped with reliable front and rear 4-bevel type planetary gears, the TT-02 ensures smooth and consistent power delivery to all four wheels. This design provides dependable traction and control, essential for dynamic driving.

Designed for Easy Maintenance

The TT-02 chassis is engineered for effortless upkeep. Its sealed gearbox features a four-screw top cover that's easily removable, allowing for quick routine maintenance and ensuring your car runs at its best for longer.

Ford Escort Custom 1998 RC Car — overview

This R/C model assembly kit recreates a three-door hatchback Ford Escort Mk.6 with customizations such as blister fenders, front spoiler, and rear wing.

Rear view showing blister fenders and rear wing

Take a look at the model from the rear, showing off the polycarbonate body's blister fenders and stylish wing.

Separately moulded side mirrors

Dedicated, separately injection molded parts are used to recreate the Escort's side mirrors.

Rear mini wing and white dish wheels

White dish wheels are in keeping with the simple look, and are paired with treaded tires.

• 1/10 scale R/C model assembly kit
• Features a 1.0mm thick polycarbonate body
• Dish-type wheels are moulded in white ABS plastic, and paired with treaded tyres
• Stickers and window painting masking stickers for use in the painting process included
• The TT-02 chassis is a highly versatile shaft-driven 4WD unit, based around a durable bathtub
• 4-wheel independent double-wishbone suspension has identical arm and upright parts for ease of maintenance
• A wide range of Hop-Up Option parts is available to customise your chassis
• Includes 540-brushed type motor

• 1x TT-02 Ford Escort Custom 1998 Electric On Road RC Car Kit
• 1x Decal Set

• 2Ch+ Transmitter & Receiver
• Standard Servo
• 7.2V Battery Pack with Tamiya Plug & Compatible Charger
• Tools
• Paint
• ESC (Electronic Speed Controller)

This body shell comes completely unpainted and may or may not require body post holes to be drilled. Only use a polycarbonate style paint such as the Tamiya PS series to finish these bodies, as standard paints will not adhere and/or cause damage to the body shell's surface.