null

Sparco BELT COMP H2 PD 6PT STEEL BLU spaBRN0040B0B0100N

$389.00
SKU:
spaBRN0040B0B0100N
Weight:
5.00 LBS
Shipping:
Calculated at Checkout

Out of stock

Description

The Sparco COMP H2 PD 6 Point Steel Harness Blue is a professional motorsport restraint system designed to deliver safety, stability, and consistent driver control in competitive racing environments.

Developed by Sparco, this FIA-approved harness is engineered to integrate seamlessly with Sparco competition seats, ensuring optimal driver positioning and protection under high-performance driving conditions.

The harness features 2-inch lap and shoulder straps that provide balanced restraint across the driver’s body, improving comfort and reducing pressure during high lateral forces experienced in motorsport.

An aircraft-quality quick-release buckle with integrated anti-submarine belts ensures fast and safe driver egress while maintaining lower-body stability during racing conditions.

Lightweight steel adjusters with cloth grab straps allow smooth and precise tightening for a secure and consistent fit. The pull-down lap belt system enhances adjustability within tight cockpit environments.

Snap-in mounting hardware is included for fast installation and secure attachment to the chassis.

Finished in blue, the harness delivers a clean and professional motorsport aesthetic suitable for a wide range of racing applications.

Key Features:
FIA approved 6-point harness system
2-inch lap and shoulder straps
Steel adjusters for durability
Pull-down lap belt system
Aircraft-style quick-release buckle
Integrated anti-submarine belts
Snap-in mounting kit included
Blue motorsport finish

Specifications:
Brand: Sparco
Product Type: Racing Harness
Model: COMP H2 PD 6PT Steel
Color: Blue
Configuration: 6-point
Hardware: Steel
Mounting: Snap-in
Application: Motorsport, circuit racing, competition vehicles
Approval: FIA approved

Ideal For:
Professional racing drivers
Circuit and endurance racing
FIA-compliant motorsport builds
Drivers seeking secure, lightweight, and consistent restraint performance