Need help?Do you have a question about the Xray XT4 and is the answer not in the manual?
General| Category | Motorized Toy Car |
|---|---|
| Scale | 1/10 |
| Suspension | Independent |
| Drive System | 4WD |
| Shock Type | Oil-filled |
Get help and find updates from the XRAY support team.
Key guidelines for safe assembly and operation of the model car.
XRAY's liability is limited to the product's monetary value.
Assurance of high-quality parts manufactured with advanced processes.
Explanation of icons used in the instruction manual for clarity.
List of essential tools needed for building the RC model.
Components provided within the kit for assembly.
List of necessary external equipment for operation.
Information on optional parts and accessing the latest setup book.
Guide to understanding color coding for part identification.
Tips for preparing graphite parts for enhanced durability.
Options for front and rear differential bevel gear materials.
Components for the differential bevel and satellite gears assembly.
Guidelines for measuring and filling differential oil for optimal performance.
Recommendations for differential oil viscosity based on traction conditions.
Options for the center differential spur gear.
Components for the center differential bevel and satellite gears.
Guidance on center differential oil viscosity for handling characteristics.
Ball-bearing options for the rear transmission assembly.
Options for composite and aluminum drive shaft collars.
Options for graphite and steel bevel drive gears.
Component for the central shaft universal joint.
Shocks mounted in front of the rear shock tower (initial setting).
Shocks mounted behind the rear shock tower.
Ball-bearing options for the front transmission assembly.
Options for composite and aluminum drive shaft collars.
Options for graphite and steel bevel drive gears.
Component for the central shaft universal joint.
Ball-bearings for the front transmission assembly.
Options for rear suspension arm materials (medium, hard, graphite).
Various diameter anti-roll bars for tuning suspension stiffness.
How eccentric bushings affect suspension geometry.
Tables detailing adjustments for anti-squat, roll center, track-width, and toe-in.
Installation and adjustment of anti-roll bars.
Various diameter anti-roll bars for tuning suspension stiffness.
Options for front suspension arm materials (medium, graphite).
How eccentric bushings affect front suspension geometry.
Tables detailing adjustments for kick-up, roll center, and track-width.
Installation and adjustment of front anti-roll bars.
Adjustable drive axle for the rear transmission.
Aluminum hub plate for multi-angle adjustments.
Aluminum conical shims for various adjustments.
Aluminum nuts for assembly.
Options for rear upright materials.
12mm wheel hubs with different offsets.
14mm wheel hubs with different offsets.
Rear adjustable drive axle details.
How hex hub offsets affect track-width and traction.
Ball-bearings for the rear transmission.
Adjusting wheelbase using shims for different settings.
Setting front and rear camber angles.
Adjusting roll center for improved handling.
12mm wheel hubs with different offsets.
14mm wheel hubs with different offsets.
Options for C-hub angles.
Aluminum nuts for assembly.
Aluminum conical shims for adjustments.
Options for steering block hardness.
Ball-bearings for the front transmission.
Options for drive shaft collars.
How hex hub offsets affect track-width and steering.
Ball-bearings for the front transmission.
Adjusting caster angle for steering response.
Adjusting roll center for improved handling.
Adjusting camber for cornering grip.
Fine-tuning roll center for optimal handling.
Aluminum nuts for various assembly points.
Options for chassis braces and rear chassis plate materials.
Options for composite side guards and aluminum chassis.
Adjusting chassis flex using side guards and braces.
Aluminum nuts for chassis assembly.
Composite steering plate for precise steering.
Ball universal joint with backstop for steering linkage.
Adjusting the servo saver preload for steering precision.
Steering plates to enhance precision and predictability.
Adjusting Ackermann and bump steer for optimal steering response.
Setting front toe-in for steering characteristics.
Setting forward weight balance for increased front traction.
Setting rearward weight balance for rear traction and stability.
Details on shock piston hole configurations.
Options for front shock springs (progress, linear).
Options for rear shock springs (progress, linear).
Adjusting shock damping using shims and oil.
Detailed steps for assembling shock pistons.
Setting the shock rebound to 0% for default performance.
Mounting the front shock absorbers.
Mounting rear shocks in front of the tower (initial setting).
Mounting rear shocks behind the tower.
Adjusting the servo link length for proper servo connection.
Aluminum servo horns for improved steering response.
Clamp-style aluminum servo horns.
Setting forward weight for front suspension traction.
Setting rearward weight for rear suspension stability.
Cutting lines for Lexan rear wings based on traction.
Aluminum shims for adjusting the rear wing position.
Procedures for refilling, bleeding, and maintaining shock absorbers.
Cleaning and lubricating ball-bearings for smooth operation.
Checking suspension movement and drivetrain parts.
Information on the durability and properties of HUDY Spring Steel™.
To Next Page
