Calzos de amarre y cerraduras contra ráfagas

Secure the airplane at three points: a rope or strap from each wing tie-down ring and one from the tail, each running down to a ground anchor. Set the anchors so the lines pull at roughly a 45-degree angle, leave a little slack for line stretch, and never tie to a lift strut.

Most single-engine general aviation aircraft use three tie-down points: both wings and the tail. Twin-engine and larger airplanes often need additional points, so a single three-anchor kit may not cover them and a second kit can be added for full coverage.

The 45-degree method positions each ground anchor so the tie-down line meets the wing or tail ring at about a 45-degree angle. This balances downward and outward load, resisting both lift and side movement in gusty wind far better than a line that runs straight down or pulls nearly horizontal.

Both can hold well, but it depends on the surface. Screw-in stakes excel in soft, consistent soil you return to repeatedly, while a portable kit like The Claw goes anywhere and uses a mechanical-advantage design that grips harder as the wind load increases, which is why fly-away and backcountry pilots favor it.

Yes. The Claw is designed for exactly those surfaces. Its rust-proof spikes drive into grass and dirt with the included hammer, no fixed ramp rings required, so you can anchor securely on unimproved and backcountry strips where standard tie-down rings do not exist.

Holding power should match the aircraft weight and the wind you expect, with exposed ramps and heavier airplanes demanding more. Spreading the load across a three-point setup matters as much as any single number. The Claw provides 1,200 lbs of holding power per anchor across its three-point kit.