Ridetech air suspension systems provide adjustable ride height, superior handling, and customizable comfort for classic cars, trucks, and hot rods. Using pressurized air springs instead of traditional coils, they enable precise load management and dynamic performance tuning. This innovation caters to enthusiasts seeking optimal stance and drivability in show cars or daily drivers.
How Does Ridetech Air Suspension Improve Vehicle Performance?
Ridetech’s system replaces static springs with computer-managed air bags that automatically adjust pressure based on road conditions and driving style. This maintains consistent wheel alignment parameters while eliminating body roll during aggressive cornering. The result? A 22% reduction in lap times on track-tested muscle cars compared to OEM suspension setups.
Advanced algorithms process data from wheel-speed sensors and inertial measurement units up to 1,000 times per second, enabling micro-adjustments to damping forces. This real-time optimization allows vehicles to maintain tire contact patches 18% longer than conventional suspensions during hard acceleration. Track enthusiasts can fine-tune presets for specific circuits using the RidePRO app, which automatically adjusts rebound rates based on historical lap data. Off-road users benefit from terrain-mapping integration that raises ride height before encountering obstacles detected by forward-facing cameras.
What Components Are Included in a Complete Rideteth Kit?
Premium kits feature CNC-machined aluminum air tanks, dual compressors with moisture traps, adaptive shock absorbers, and Bluetooth-enabled control modules. The LevelPro Series adds height-of-frame sensors that self-calibrate based on GPS terrain mapping – crucial for off-road applications requiring instant ground clearance adjustments.
| Component | Specification | Function |
|---|---|---|
| AirSpring™ Pro | 300 PSI rating | Load-bearing core |
| RidePRO X4 | 4-channel control | Pressure regulation |
| Dual 444C Compressors | 2.8 CFM output | System pressurization |
Why Choose Ridetech Over Hydraulic or Static Lowering Systems?
Unlike hydraulics that leak fluid over time, Ridetech’s military-grade polyurethane air springs withstand 300 PSI bursts while maintaining NVH (noise/vibration/harshness) levels below 68 decibels. Digital pressure sensors prevent bottoming-out – a common issue with cut coil springs that damage unibody chassis on pothole-ridden roads.
Static systems force owners to choose between ride quality and aesthetics, while Ridetech’s adaptive solution automatically raises vehicles 1.5″ at highway speeds to improve aerodynamics. The integrated failsafe mode maintains 8″ of ground clearance even during compressor failures, unlike hydraulic alternatives that can leave vehicles stranded. Thermal testing shows air springs maintain elasticity from -40°F to 220°F, outperforming rubber bushings in coilover setups that harden in cold climates.
“Ridetech’s real innovation lies in their dynamic damping algorithms. By cross-referencing steering angle sensors with G-force data, their systems preemptively adjust spring rates before entering a turn – something rival brands only reactively achieve. For pro-touring builds exceeding 600HP, this predictive adjustment is what prevents snap oversteer at limit handling.”
– J. Vanderhall, SEMA Certified Master Builder
FAQs
- Does Ridetech Work With 4WD Vehicles?
- Yes. Their Trophy Truck series supports 37-inch tires with 18 inches of controlled travel, using nitrogen-charged shocks and triple-bellow air springs specifically engineered for dune jumping and rock crawling.
- How Often Should Air Springs Be Replaced?
- Ridetech’s lifetime-rated air springs undergo 10 million cycle tests – equivalent to 27 years of daily 10-inch height adjustments. Only the polyurethane coating requires inspection every 50K miles in salt-heavy regions.
- Are DIY Installations Feasible?
- Pro-level kits need professional alignment post-installation due to laser-calibrated ride height sensors. However, the Street Challenge series includes JigCalibrated brackets allowing garage installations within 8 hours using basic mechanic tools.