Hellwig 66-96 Ford Bronco EZ Level 990 Helper Spring - Up To 2000lbs

Name: Hellwig 66-96 Ford Bronco EZ Level 990 Helper Spring - Up To 2000lbs
Brand: Hellwig
Price: 250.79 USD
Availability: InStock

$250.79

Hellwig 66-96 Ford Bronco EZ Level 990 Helper Spring - Up To 2000lbsEZ-990 HELPER SPRING

Key Features

Can also use Step Bracket Style Leaf 1801 for 2.5" wide springs and 1803 for 3.0" wide springs
Level Load Capacity up to 2000lbs
Ideal for small trucks and SUV's
Limited Lifetime Warranty
Easy Installation
Tunable

⚠️ CA WARNING: This product can expose you to chemicals known to the State of California to cause cancer and/or birth defects or other reproductive harm. Learn more

Will this fit your vehicle?

Compatible with 805 vehicles

Need Help?

631-982-0042

Fast Shipping

Nationwide delivery

Secure Checkout

Safe & protected

Since 1957

Family-owned

Product Details

EZ-990 Helper Spring Kit-Step Bracket Style Leaf 2.5in.
EZ-990 Helper Spring Kit - Step Bracket Style Leaf 2.5"

Hellwig's medium-duty EZ-990 Helper Springs pack a lot of capability in every box. Packaged complete with the same heavy duty powder coated and plated components, hardware and installation instructions as our heavy duty helper spring products, these kits are designed for the vehicles that need lighter assistance in carrying a load. Simple bolt on design using common hand tools provide the installer ease of installation and the vehicle owner hassle free use. Ideally suited for light towing and loads, these units are fully adjustable using the heavy duty U-bolts included in the kit using simple hand tools. If your tow and haul needs change, simply adjust the heavy duty U-bolts to suit the new load requirements. Once installed and adjusted you are free to haul or tow with greater control and stability. Manufactured with heat treated ASTM 5160 alloy spring steel in our California based facility, these units are rated up to 2,000 lb. level load carrying capacity. They are a great cost effective spring solution and can be adjusted independently for uneven side to side loads.