Tamiya 42162 - 1/10 TRF416X Pro Touring Chassis  [42162]

Tamiya 42162 - 1/10 RC TRF416X Chassis Kit
Price:
£399.00
Brand:
Tamiya
Model:
42162
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Performance Legacy Behind the TRF416X

Serious racers will recognise the Tamiya 42162 - 1/10 TRF416X as a product shaped by on-track development. Tamiya gathered extensive race feedback to evolve the TRF416 series, and the TRF416X carried that work into later production runs. Its competition history includes notable appearances such as the 2010 IFMAR World Championship.

Balance and Drive Characteristics

The chassis layout delivers targeted improvements in handling. The motor has been nudged 1mm toward the centre to refine centre of gravity, and the rear ball differential is moved 1.8mm rearwards to strengthen traction and acceleration. These changes aim to produce consistent behaviour under braking and on corner exit.

Build Quality and Efficiency

Manufactured with precision carbon fibre decks, the TRF416X uses a 2.25mm lower deck and a 2mm upper deck for enhanced stiffness. A wider front bulkhead attachment and a revised lower deck shape add front-end stability. Direct coupling of the front and centre pulleys helps maintain efficient power transfer.

Specifications

  • Scale: 1/10
  • Chassis Material: Carbon Fiber
  • Motor Position: Centered
  • Deck Thickness: 2.25mm (Lower), 2mm (Upper)
  • Required Items: Body, R/C Unit, Battery, Motor, Pinion Gear, Tires, Wheels

The TRF416X rewards drivers who focus on setup and tuning, offering a stable, responsive chassis for competitive touring events and serious practice sessions.

No, the TRF416X is targeted at experienced modellers who can dial in advanced setups and understand racing geometry adjustments.
Follow the manual's recommended position first, then experiment with small shifts to fine tune handling for your track and driving style.
Ensure pulleys are correctly coupled and bearings are well lubricated. Direct coupling reduces slack, but regular inspection keeps the drivetrain tight.
Absolutely. Its predictable handling makes it suitable for lap-time work and iterative tuning to improve consistency and pace.

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