Yes, but only if it is precisely matched to your door's exact weight.
By using larger springs, you can, in most cases, quadruple your spring life while only doubling the cost of the springs. You will also avoid extra work down the road. The industry standard is 10-15,000 cycles for new doors.
If you are ordering replacement garage door springs, however, we recommend using springs that are matched. The main reason is to maximize cycle life. Unmatched springs will usually have one with a shorter cycle life that will break first.
The best garage door spring depends on your door's weight and your budget, but high-cycle oil-tempered torsion springs (minimum 16,000 to 25,000 cycles) are the industry standard for durability and longevity. Brands like DURA-LIFT and YOTOOLGDS are highly rated for DIY and replacement use.
If the spring is too strong or too large, it will exert too much pull on the door and keep it higher than it should be. For instance, a closed door won't be able to stay on the floor, while a door that's supposed to be opened halfway will be higher up.
Increasing spring tension generally depends on the type of spring you are working with. The most common methods involve physically adjusting the mounting, shortening the effective length of the spring, or compressing it further.
How Long Do Garage Door Springs Last? The lifespan of garage door springs depends on their type and how often the door is used. Torsion Springs typically last longer, with 10,000–15,000 cycles. For example, opening and closing your door four times a day would give a torsion spring a lifespan of about 7–10 years.
The most accurate way to find your garage door spring weight is to measure the physical weight of the door itself. You can do this by disengaging the garage door opener, placing a sturdy bathroom scale in the middle of the floor under the door, and manually lowering the door directly onto the scale.
Average Cost:
Most homeowners pay $150 to $350 to replace one garage door spring, including labor. Replacing two springs usually costs $300 to $700, depending on the spring type, door size, and local labor rates.
Is it worth repairing a 20-year-old garage door opener? Generally, it's not. Garage door openers typically have a lifespan of 10 to 15 years. A new opener is often a better purchase because it comes with updated safety features and runs more quietly.
To select the correct garage door torsion springs, you need to determine your specific door's weight and the spring’s dimensions: wire size, inside diameter, length, and winding direction. Replacing them with identical measurements ensures your door remains perfectly balanced and functions safely.
The length of the torsion spring often correlates with its life cycle. A longer spring doesn't just affect the door's operation; it can also indicate a longer lifespan, meaning fewer replacements over time.
Yes, you can manually open a garage door with a broken spring, but it is extremely dangerous and requires significant physical effort. A standard garage door weighs between 100 to 350+ pounds, and the springs are specifically designed to bear that weight.
The springs help ensure that your garage door opens and closes properly. The door needs to be properly balanced to offset its weight, and this is done with the right type of springs. Torsion springs and extension springs are the most common.
For a standard 7-foot-tall garage door, a torsion spring typically requires 7 to 7 34three-fourths𝟑𝟒 full turns (or about 28 to 31 quarter turns). The exact number largely depends on the specific door weight and the size of your cable drums.
At Express Garage Door Parts, we see mismatched garage door springs every single day. It's more common than most homeowners realize. While your door might still open and close with mismatched springs they can create serious balance issues, shorten the life of your parts, and even pose safety risks.
A standard torsion spring garage door uses tightly wound steel coils mounted on a metal shaft above the door opening to counterbalance the door's weight. When the door closes, cables wind around drums to twist and store energy in the springs. Opening the door releases this rotational force.
No, you should not use standard WD-40 on garage door springs. Standard WD-40 is a water displacer and degreaser, not a lubricant. It will wash away existing grease, cause the springs to dry out, and can even attract dust and dirt.
The best garage door springs depend on your system, but DURA-LIFT Torsion Springs (coated steel) and Wayne Dalton TorqueMaster (for specific proprietary systems) are widely considered top-tier choices. Torsion springs are safer and last longer than extension springs.
Yes. Garage door springs weaken over time due to constant stress, metal fatigue from continually winding and unwinding, and exposure to fluctuating temperatures.
Adding tension to garage door springs requires different methods depending on whether you have extension springs (sides) or torsion springs (above). For extension springs, move the safety cable hook to a further hole. For torsion springs, use winding bars to turn the cone clockwise (upward) in 1/4 turns.
If you require a significant increase in spring tension, using a spring with a heavier wire diameter can be an effective solution. The larger diameter wire will provide more resistance and result in higher tension.
All tension must be released from springs before any work is performed. Torsion spring winding rod is constructed of hard drawn wire and come in 1/2", outside diameters about 18" lengths.