Best Reduced Squat Under Acceleration

DNA Motoring LS-HC92-RD Suspension Lowering Springs

Improves handling, responses and balance.
Lowers the center of gravity to improve performance and increases stability.
Reduces squat during acceleration, body roll at corners and excessive nose-dive under braking.
Constructed of 9254 chromed cold wounded steel and powder-coated silicon color polished finish for maximum durability.

Improves handling, responses and balance.
Lowers the center of gravity to improve performance and increases stability.
Reduces squat during acceleration, body roll at corners and excessive nose-dive under braking.
Constructed of 9254 chromed cold wounded steel and powder-coated silicon color polished finish for maximum durability.

Improves handling, responses and balance.
Lowers the center of gravity to improve performance and increases stability.
Reduces squat during acceleration, body roll at corners and excessive nose-dive under braking.
Constructed of 9254 chromed cold wounded steel and powder-coated silicon color polished finish for maximum durability.

Improves handling, responses and balance.
Lowers the center of gravity to improve performance and increases stability.
Reduces squat during acceleration, body roll at corners and excessive nose-dive under braking.
Constructed of 9254 chromed cold wounded steel and powder-coated silicon color polished finish for maximum durability.

Greater heat resistance and recovery, even under severe duty cycles.
Optimized, patented EE compound maximizes axial stiffness enabling belts to run at higher continuous torques or loads.
Innovative design results in better acceleration, higher top speeds, less speed ratio and energy loss in extreme off-road environments.
Improved durability, crack and wear-resistance means a longer-lasting, high-performance power transmission belt for the most demanding applications.
Reduced Environmental Impact — made without harmful chlorinated compounds.

Flexible, high-performance materials enable grab-and-go mobility and responsive acceleration.
Double- or single-cog designs to match the OEM belt with advanced trapezoid top notch and rounded cog design to maximize heat dissipation and flexibility.
Advanced aramid tensile cords and reinforced fiber-loaded undercord for durability and dependability.
Viability testing matches OE belt shift curves and pulley speed ratios for excellent performance at a reduced cost.
Tested under extreme conditions in controlled environments as well as on race vehicles.

Flexible, high-performance materials enable grab-and-go mobility and responsive acceleration.
Double- or single-cog designs to match the OEM belt with advanced trapezoid top notch and rounded cog design to maximize heat dissipation and flexibility.
Advanced aramid tensile cords and reinforced fiber-loaded undercord for durability and dependability.
Viability testing matches OE belt shift curves and pulley speed ratios for excellent performance at a reduced cost.
Tested under extreme conditions in controlled environments as well as on race vehicles.

Greater heat resistance and recovery, even under severe duty cycles.
Optimized, patented EE compound maximizes axial stiffness enabling belts to run at higher continuous torques or loads.
Innovative design results in better acceleration, higher top speeds, less speed ratio and energy loss in extreme off-road environments.
Improved durability, crack and wear-resistance means a longer-lasting, high-performance power transmission belt for the most demanding applications.
Reduced Environmental Impact — made without harmful chlorinated compounds.

Greater heat resistance and recovery, even under severe duty cycles.
Optimized, patented EE compound maximizes axial stiffness enabling belts to run at higher continuous torques or loads.
Innovative design results in better acceleration, higher top speeds, less speed ratio and energy loss in extreme off-road environments.
Improved durability, crack and wear-resistance means a longer-lasting, high-performance power transmission belt for the most demanding applications.
Reduced Environmental Impact — made without harmful chlorinated compounds.

Flexible, high-performance materials enable grab-and-go mobility and responsive acceleration.
Double- or single-cog designs to match the OEM belt with advanced trapezoid top notch and rounded cog design to maximize heat dissipation and flexibility.
Advanced aramid tensile cords and reinforced fiber-loaded undercord for durability and dependability.
Viability testing matches OE belt shift curves and pulley speed ratios for excellent performance at a reduced cost.
Tested under extreme conditions in controlled environments as well as on race vehicles.

Greater heat resistance and recovery, even under severe duty cycles.
Optimized, patented EE compound maximizes axial stiffness enabling belts to run at higher continuous torques or loads.
Innovative design results in better acceleration, higher top speeds, less speed ratio and energy loss in extreme off-road environments.
Improved durability, crack and wear-resistance means a longer-lasting, high-performance power transmission belt for the most demanding applications.
Reduced Environmental Impact — made without harmful chlorinated compounds.

Flexible, high-performance materials enable grab-and-go mobility and responsive acceleration.
Double- or single-cog designs to match the OEM belt with advanced trapezoid top notch and rounded cog design to maximize heat dissipation and flexibility.
Advanced aramid tensile cords and reinforced fiber-loaded undercord for durability and dependability.
Viability testing matches OE belt shift curves and pulley speed ratios for excellent performance at a reduced cost.
Tested under extreme conditions in controlled environments as well as on race vehicles.

Flexible, high-performance materials enable grab-and-go mobility and responsive acceleration.
Double- or single-cog designs to match the OEM belt with advanced trapezoid top notch and rounded cog design to maximize heat dissipation and flexibility.
Advanced aramid tensile cords and reinforced fiber-loaded undercord for durability and dependability.
Viability testing matches OE belt shift curves and pulley speed ratios for excellent performance at a reduced cost.
Tested under extreme conditions in controlled environments as well as on race vehicles.