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General| Scale | 1/10 |
|---|---|
| Drive Type | 4WD |
| Motor | Not included |
| Suspension | Independent |
| Shock Type | Oil-filled |
| Tire Type | Rubber |
| ESC | Not included |
| Radio | Not included |
| Servo | Not included |
| Battery | Not included |
| Completion Level | Kit |
| Chassis | Carbon fiber |
| Type | 1/10 scale electric touring car |
Lists specific new components and design refinements for enhanced performance.
Instructions for building shock shafts using specific parts from Bag 1.
Instructions for assembling the main shock bodies and caps from Bag 1.
Detailed procedure for bladder installation in shock collars from Bag 1.
Initial steps for building the differential pulleys and spool hub from Bag 2.
Steps for assembling the spool outdrive and differential case components from Bag 2.
Assembling the differential outdrive and sun gear with shims and pins from Bag 2.
Further assembly of the differential case, cap, and sun gear components from Bag 2.
Final assembly of the gear differential with gears, washers, and diff fluid from Bag 2.
Instructions for building DCV (Double CV) joints using stub axles, bones, and couplers from Bag 3.
Detailed steps for installing crosspin clips on DCV assemblies from Bag 3, noting clip direction.
Assembly of CVA (Constant Velocity Axle) components, including blades, bones, and axles from Bag 3.
Building the front inner arm mounts and attaching them to the chassis using parts from Bag 5.
Building the rear inner arm mounts and attaching them to the chassis using parts from Bag 5.
Assembling the front suspension arms with hinge pins and set screws from Bag 5.
Assembling the rear suspension arms with hinge pins and set screws from Bag 5.
Installing the outer arm mounts and front chassis components from Bag 5.
Attaching rear suspension arms and chassis components using parts from Bag 5.
Mounting the rear outer arm components and chassis parts using parts from Bag 5.
Guidance on setting droop for front and rear suspension arms to improve traction and consistency.
Attaching the front and rear bulkheads to the chassis using parts from Bag 6.
Installing the motor mount and motor to the chassis assembly using parts from Bag 6.
Assembling the spur gear, pulley, and shaft components with bearings from Bag 6.
Installing the front and rear drive belts onto the chassis and pulleys from Bag 6.
Instructions on setting belt tension using cam positions and bearing cams from Bag 6.
Installing the differential components onto the spool pulley using bearings and shims from Bag 6.
Setting belt tension for the rear drive belt using cam positions and bearing cams from Bag 6.
Installing the gear differential onto the rear pulley using bearings and shims from Bag 6.
Assembling the camber link mounts and bearing caps onto the chassis from Bag 6.
Finalizing the camber link mount and bearing cap assembly with ballstuds and washers from Bag 6.
Installing the top plate and motor mount washers onto the chassis using parts from Bag 6.
Mounting the front and rear shock towers to the chassis using parts from Bag 6.
Assembling the steering rack and bellcranks with ballstuds and bearings from Bag 6.
Installing the steering rack post and components onto the chassis using parts from Bag 6.
Building the front caster blocks and hubs, including bearings and axle crush tubes from Bag 7.
Assembling the front wheel hex components, clamping wheel hexes, and dowel pins from Bag 7.
Building the front caster blocks with king pin bushings and ballstuds from Bag 7.
Installing the front suspension hinge pins and set screws into the caster blocks and chassis from Bag 7.
Orienting the notch on the suspension components for correct thread direction during assembly from Bag 7.
Ensuring smooth movement of turnbuckle eyelets on ballstuds and adjusting fit from Bag 7.
Assembling the rear hub carriers with axle crush tubes, bearings, and ballstuds from Bag 7.
Assembling the rear wheel hex components, clamping wheel hexes, and hinge pins from Bag 7.
Orienting the notch on rear suspension components for correct thread direction during assembly from Bag 7.
Attaching front bumper components and ballstuds to the chassis using parts from Bag 8.
Mounting the front bumper, foam bumper, and body posts to the chassis using parts from Bag 8.
Installing the bumper brace and front chassis components using parts from Bag 8.
Mounting rear body posts and chassis components using parts from Bag 8.
Assembling the anti-roll bar mounts, eyelets, and couplers with adjustment links from Bag 8.
Installing the front anti-roll bar mounts and adjusting set screws for free movement from Bag 8.
Installing the rear anti-roll bar mounts and adjusting set screws for free movement from Bag 8.
Mounting the servo and servo mount to the chassis assembly using parts from Bag 8.
Assembling the servo mount brace, servo horn, and ballstuds for the servo from Bag 8.
Installing the servo mount into the chassis using guide posts/tabs, as per Bag 8 instructions.
Notes on gearing, motor, pinion, and set screw installation, which are not included in Bag 8.
Installing the battery stop and battery lock components onto the chassis using parts from Bag 9.
Installing the top battery lock and battery tab onto the chassis using parts from Bag 9.
Adjusting battery lock top height using shims for proper clearance above the battery.
Guidance on making one adjustment at a time and documenting changes for optimal setup.
Standard starting point and adjustments for ride height to influence car steering and stability.
How adjusting front and rear wheelbase affects steering and rear grip characteristics.
Explanation of rear toe-in and how to adjust it using arm mount inserts for grip.
Explanation of Ackermann steering effects and how adjustments impact corner entry and stability.
Standard droop settings and how adjustments affect traction and consistency on different surfaces.
Explanation of anti-roll bar function, tuning, and common setup configurations.
Guidance on adjusting belt tension based on differential height and cam position settings.
Information on determining final drive ratios and pinion sizes for optimal track performance.
Fields to record track size, surface, traction, and conditions for setup reference.
Fields to record front and rear roll center adjustments using shims.
Fields to record front spool or solid axle fluid type and mass.
Settings for front suspension geometry: camber, toe, ride height, and shock mount.
Settings for rear suspension geometry: camber, toe, ride height, and shock mount.
A section for general notes regarding setup adjustments and observations.
Fields to record body and wing position settings for optimal performance.
Fields to record motor timing, battery mass, ESC settings, and radio expo.
Fields to record tire insert, wheel, and diameter for front and rear.
Fields to record chassis balance adjustments using shims.
Specifies chassis type, top deck thickness, and shim details.
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