30°N 1/5 Scale RC 2.4G 4WD High Speed Gasoline Short Course Truck

30°N 1/5 Scale RC 2.4G 4WD High Speed Gasoline Short Course Truck

Key Features

High speed: The maximum speed can reach 80km/h.

Streamlined tail design: Based on the principle of wind motion, so that the vehicle gets more grip when turning at high speed.

Excellent performance: 4WD and upgraded high-performance track-specific tires provide the basis for speed overtaking and terrain crossing.

Excellent stability: Front and rear hydraulic adjustable shock absorption system can effectively reduce bumps and increase stability

2.4Ghz remote control: Super long remote control distance, let you gallop to your heart’s content

Front bumper anti-collision design: With anti-collision function

Double disc brake mode: shorten the braking distance and provide safety protection

Anti-tipping: front and rear anti-tip bars effectively prevent the vehicle from tipping

Parameters

• Frame:  7075T6 high-strength aviation aluminum alloy front and rear one-time shock-absorbing support frame.
• Base Plate:  7075T6 high-strength aviation aluminum alloy CNC one-time forming large base plate.
• Brake Pads:  7075T6 high strength aluminum alloy brake pads.
• Easy to disassemble super tough nylon anti-roll bar. High-performance all-terrain tires. Thickened tire frame. Enclosed tire nuts. 50KG high pressure steering

(62KG power under throttle, steering, 2S lithium battery)

• Engine: Upgraded single-cylinder two stroke engine (using 25:1 gasoline mixture as fuel)

Specification

.Scale: 1/5 scale RC

.Brand: 30°N
.Material: Plastic + Aluminum Alloy
.Wheel Base: 610 mm
.Wheel Track: 440mm (Front) / 450mm(Rear)
.Remote Controller: BER-V3
.Carburetor: Walbro WT-997
.Spark Plug: Torch CMR-7H
.Fuel Tank: 800cc
.Drive Mode: 4WD
.Gear Ratio: 19：58
.Damping System: Front and Rear Hydraulic Adjustable Shock Absorption
.Double Disc Brake Braking Mode: 4mm
.Forward and Rear Tilting Bars: 5mm
.Product Size: 97 x 52.5 x 34cm
.Product Weight: 17300g

In The Box

RC Short Course Truck(1)