VehiclesTeam Associated RB10 RTR

Team Associated

Team Associated RB10 RTR

1/10 scale · buggy · 90031

Final drive
12.57:1
Team Associated RB10 RTR
Photo: Team Associated

Specifications

Last modified

SpecValueBasis
Drivetrain
Pinion18TStockStock
Spur87TStockStock
Transmission & axle2.60:1StockStock
Final drive12.57:1StockStock
Wheels & tires
Tire diameterNot published
Wheel hex12 mmStockStock
Power
Motor3300KVStockStock
Motor shaft3.17 mmStockStock
BatteryUp to 3SLiPoStockStock
Stock motorReedy 540-SL4 Sensorless Brushless MotorStockStock
Stock ESCReedy SC600-BLStockStock
Battery connectorT-PlugStockStock
Performance
Theoretical top speedNot published
Chassis
Weight1.41 kg (3.1 lb)StockStock
Length400 mm15.7 inStockStock
Width248 mm9.8 inStockStock
Wheelbase278 mm10.9 inStockStock
Shock oil, front30 wtStockStock
Shock oil, rear30 wtStockStock
Vehicle
Part number90031
Scale1/10
ClassBuggy

Stock is as the vehicle ships. Calculated is worked from the stock figures on this page rather than stored beside them, so the two cannot drift apart. Not published means it exists but no source we could find prints it.

Gearing parts

Pinion and spur parts for the Team Associated RB10 RTR: fitted, and optional gearing supplied in the box
ComponentTeethPitchBorePart number
Fitted at the factory
Pinion18T48P3.175 mm1336 (opens in a new tab)
Spur87T48PNot applicable9654 (opens in a new tab)

Tooth counts are the ones in the specifications above. Pitch is given as metric module (Mod 1, Mod 0.8) or diametral pitch (32P, 48P). They are different standards and are not interchangeable, even where the numbers look close. Bore is the pinion’s hole, listed separately from the motor shaft (3.17 mm on the stock motor). Linked part numbers go to the maker's or official distributor's page for that part.

How these numbers were settled

The RTR manual's gear chart (p. 20) lists the 18T pinion on the 87T spur for the stock 3300kV motor at 12.57:1, over a 2.60:1 transmission.

Documents

Sources

Every figure on this page traces to one of these. Where they disagreed, the note above says which was used and why.

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