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Details modifications from previous versions and release history.
Lists contact information for various car component suppliers and manufacturers.
Outlines Tatuus' terms, conditions, and warranty limitations for motorsport goods.
Provides a summary of the T318 chassis specifications and components.
Specifies recommended inspection and replacement intervals for chassis components based on mileage.
Describes the survival cell as a main safety component requiring inspection and authorized repair.
Details requirements for the removable seat and harness strap routing.
Specifies regulations for driver padding thickness and placement in the headrest and leg areas.
Mandates secure fixing and compliance with FIA standard 8853-2016 for seat belts.
Outlines the importance of the front impact structure and its maintenance.
Explains the proper setting of retaining pins for correct front impact structure installation.
Details the procedure for repairing or replacing the front nose section within specific limits.
Emphasizes the need for inspection and repair of the rear impact structure.
Highlights the need for inspection and repair of the side impact structure.
Provides installation instructions for the HALO safety device.
Details the step-by-step process for installing the HALO, including general notes on fasteners.
Outlines the steps for safely disassembling the HALO structure.
Describes the steering column's collapsible section and inspection after impact.
Recommends replacement criteria for wheel tethers based on age, accidents, or damage.
Provides recommended replacement criteria for rear crashbox tethers.
Explains the operation and checks for the fire extinguisher system before and during use.
Specifies the lifespan and inspection requirements for rubber fuel bladders.
Details the operational requirements and modes for the rain light system.
Outlines a procedure to move the car in case of a sudden stall.
Explains the throttle fail-safe algorithm and its conditions for activation.
Details necessary tools and procedures for jacking the chassis.
Provides guidance on safe front jacking points and procedures for the chassis.
Specifies safe rear jacking points for the chassis.
Provides diagrams and reference points for chassis setup.
Illustrates front suspension reference points and dimensions.
Illustrates rear suspension reference points and dimensions.
Shows diagrams and dimensions related to the wheel hub.
Presents a standard set-up sheet for road course configuration across various parameters.
Details the standard geometry, suspension, aero, brakes, and tire settings for a road course.
Explains ballast installation locations on the T318 chassis with guideline drawings.
Describes the cockpit controls and dashboard display functions.
Details the function of each button and switch on the main power and starter panel.
Explains the function of each button and control on the steering wheel.
Describes the information displayed on the steering wheel screen and LED indicators.
Shows the parameters displayed on the driver page of the steering wheel screen.
Summarizes parameters useful for sensor calibration and setting.
Details the channels logged by the data system for zero procedure checks.
Illustrates the car's power system and current draw for each line.
Presents engine parameters useful for starting and warming the engine.
Displays gearbox parameters for testing and warming.
Covers aspects of fitting the driver into the chassis.
Explains how to adjust the steering wheel depth using spacers.
Notes the independent placement of the three pedal units.
Details brake pedal rest position adjustment and recommended maintenance.
Explains throttle pedal rest position, stroke adjustment, and potentiometer checks.
Describes clutch pedal adjustment and theoretical strokes for actuation.
Provides a generic guideline for bolting a heel rest to unused holes.
Explains the brake bias knob location, adjustment, and effect on front balance.
Defines aerodynamic terms and lists factors affecting aerodynamic loading.
Details how to measure front flap angle and provides a table of settings.
Explains rear flap angle measurement and provides a table of settings.
Defines baseline aerodynamic setup (datum) and coefficients.
Reports percentage changes in aero from ride height adjustments.
Introduces tables showing aero changes based on flap angle variations.
Table showing aero percentage changes based on front and rear wing settings.
Table showing aero percentage changes with front flaps and gurney flap installed.
Table showing aero percentage changes with only lower front flaps engaged.
Table showing aero changes with lower front flaps and a gurney flap.
Discusses diffuser tire cut-out variations and spat fin repair.
Defines key measurement terms like Reference Plane, Ride Height, Toe, Camber, and Castor.
Details how to adjust suspension geometry.
Explains how to adjust ride height using shims and the resulting effect.
Describes camber adjustment by changing shims between Ackermann and upright.
Explains toe adjustment via steering arm length and provides turn-to-degree conversion.
Details caster measurement and adjustment procedure.
Explains UMP adjustment for longitudinal pushrod placement and its effect on weight transfer.
Lists available spring stiffness options and their ground stiffness values.
Details front spring stiffness options and their effect at the wheel.
Lists available rear spring stiffness options.
Describes the standard KONI 2812 dampers and their adjustment procedures.
Presents motion ratios and available options for anti-roll bars.
Details front anti-roll bar motion ratio and available options.
Details rear anti-roll bar motion ratio and available options.
Provides coordinate data for front and rear suspension pickup points.
Lists coordinates for front suspension pickup points relative to the reference plane.
Lists coordinates for rear suspension pickup points for ALFA and RENAULT configurations.
Shows anti-effects data for front and rear suspension settings.
Details anti-effects for the front suspension under specific settings.
Lists anti-effects for various rear suspension pickup positions.
Covers maintenance procedures for suspension components.
Provides warnings and details for upright maintenance, including a modification.
Outlines the step-by-step process for disassembling the upright.
Details the procedure for reassembling the upright and its components.
Describes the standard and optional steering gear ratios.
Specifies the standard steering ratio and its value.
Details the optional steering ratio and its value.
Provides installation drawings for steering maintenance.
Specifies front and rear wheel sizes and tightening torque.
Introduces tire specifications and characteristics.
Lists tire sizes and spring rate data for Giti tires.
Details Pirelli tire static and dynamic measurement procedures.
Explains static tire measurements and provides relevant definitions.
Describes dynamic tire characterization based on speed and load.
Provides instructions for tire pressure and temperature management before and after runs.
Outlines technical limitations and setup parameters for F3 regional tires.
Provides static measurement data (width, circumference) for slick tires.
Presents dynamic measurement data for specific slick tire size and pressure.
Shows static radial deflection data for a specific slick tire at 0° camber.
Shows static radial deflection data for a specific slick tire at 3° camber.
Presents dynamic measurement data for a wider slick tire size.
Shows static radial deflection for a wider slick tire at 0° camber.
Shows static radial deflection for a wider slick tire at 3° camber.
Provides specifications for Hankook tires, including size and recommended settings.
Details Hankook tire dimensions and characteristics.
Specifies recommended rim width and outer diameter for Hankook tires.
Presents static radial deflection data for Hankook F200 slick tires.
Provides technical notes on brake system components.
Explains the effect of the brake bias knob on front brake balance.
Suggests master cylinder configurations and shows front brake balance tables.
Details the procedure for correctly bedding in the brake system for optimal performance.
States fuel tank capacity and recommends protection for the fuel bladder.
Refers to steering wheel controls for activating the fuel pump for draining.
Details the dry-break fittings used for the fuel feeding line and tank port.
Mentions an optional system for a breather valve dry coupled connection.
Details the procedure for measuring the oil level in the Alfa Romeo oil tank.
Explains the procedure for measuring the oil level in the Renault oil tank.
Mentions the oil tank location for the Toyota engine version.
Splits the wiring loom into four main parts and lists power system components.
Describes the master switch actuation and connection schematics.
Discusses the battery's importance, installation, and charging behavior.
Provides recommendations for battery installation, padding, and cable connections.
Advises on using a jump battery and connection timing.
Explains the PSD9 powerbox function and lists configurations for different engines.
Details the power distribution lines and user lists for the Alfa Romeo configuration.
Lists power distribution lines and user lists for the Renault configuration.
Notes that the Toyota engine does not use the standard powerbox.
Refers to external files for electrical schematic details.
Describes the radio connector providing 12V power and steering wheel switch signals.
Lists chassis sensors and further available options like ADR and GPS.
Provides VREF lists for Alfa Romeo and Renault configurations.
Maps VREF channels to sensor inputs for Alfa Romeo.
Maps VREF channels to sensor inputs for Renault.
Lists ratio options for final drive, secondary shaft, crown wheel, and reverse gear.
Provides gear ratios for option 01 and a speed vs. RPM graph.
Lists gear ratios for the 'Gear Option' and a speed vs. RPM graph.
Describes the ZF self-locking differential and its available ramp set options.
Specifies oil capacity, drain frequency, and viscosity.
Warns against mixing differential oils and adding additives.
Provides guidelines for storing and using oil bottles to prevent contamination.
Advises sealing openings when washing the rear differential under pressure.
Lists glue components and warns to use only 'Loctite' brand parts.
Lists special tools, their part numbers, and descriptions for gearbox maintenance.
Covers the removal and refitting procedures for gearbox gears.
Details the steps for removing gearbox components.
Outlines the process for refitting gearbox components, including torque specifications.
Explains how to check and adjust selector fork tuning using a special tool.
Covers removal, dismantling, and refitting procedures for the differential.
Outlines the steps for removing the differential assembly.
Details the process for dismantling the differential components.
Explains the procedure for reassembling differential elements.
Covers the replacement procedure for the crown wheel.
Details the removal of the secondary shaft and related components.
Explains the procedure for removing and fitting the crown wheel.
Refers to the spare catalogue for part numbers and shows exploded views of components.
Shows an exploded view of the layshaft with part numbers and torque values.
Displays an exploded view of the mainshaft with part numbers and torque values.
Shows an exploded view of the barrel and forks assembly with part numbers and torque values.
Displays an exploded view of the differential with part numbers and torque values.
Shows an exploded view of the main case with part numbers and torque values.
Displays an exploded view of the selection and reverse mechanism with part numbers.
Shows an exploded view of the oil pump with part numbers and torque values.
Covers procedures for gearbox rebuilding by Sadev or privately.
Outlines the process and administrative procedures for Sadev workshop rebuilding.
Mentions that parts for private revision are sold by SADEV sales service.
Describes the GCU, GCC, and ESA units and their roles in gear shifting.
Explains how the semi-automatic gearshift is controlled by vehicle parameters and critical sensors.
Details how the ESAP parameter on the display shows the gear actuator's rest position.
Reminds users to regularly check the AV mounting of the ESA and inspect rubber rings.
Directs users to engine builder documentation for electronic details.
Provides tables for tightening torques based on thread size and grade in Nm and Lbs-ft.
General| Brand | Tatuus |
|---|---|
| Model | T318 |
| Category | Automobile |
| Language | English |
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