Relocated pilot-chute pouch
BOC moved to hip, chest or thigh so your strongest reach hits it every time, eyes-closed.
Adaptive extreme sports · Est. 2026
Structured BASE jump tutorials built with — not just for — athletes with limb differences. Every drill, harness mod and canopy technique adapted for upper-limb, lower-limb and prosthetic setups.
Learn
Filter by your adaptation track. Mark lessons complete — your progress is saved on this device.
0 of 12 lessons complete
Medical clearance, residual-limb condition checks, grip-strength and hip-flexor benchmarks, and how to talk to a mentor about your adaptation.
Building, Antenna, Span, Earth — and why a legal span with deep water is the standard adaptive first-jump environment.
Vented BASE canopies, heading control, and the maths of altitude vs. reaction time when one control input may be slower for you.
Repositioned BOC pouches, oversized PC handles, mouth-toggle backups and 500-rep ground drills until your deploy is automatic.
Rear-riser loops, cross-connected toggles and weight-shift steering when you fly with one arm or limited grip.
Launch mechanics when your mass and drag aren't symmetric — head-high exits, hip drive, and video-debrief checklists.
Seated exits, single-leg drive, hand-assisted launches and rail setups used by wheelchair athletes on legal spans.
Protecting residual limbs on touchdown — slide-in landings, modified parachute-landing-falls and water-landing protocols with recovery crew.
Trimming your arch when leg surface area is asymmetric, and using arm sweep to hold heading in short delays.
Retention lanyards, breakaway risk, impact-rated sport limbs vs. daily-wear limbs, and when jumping without is safer.
How leg-strap pressure interacts with sockets and liners, padding maps, and pre-jump fit checks with your prosthetist.
Ground crew roles, radio protocols, medical plan, mobility support at exit and landing, and the go / no-go decision tree.
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Progress
BASE is earned, not bought. The adaptive route adds fit and technique checkpoints — it never removes standard prerequisites.
Adaptive skydiving programmes exist worldwide; canopy skills transfer directly to BASE.
Rigger + prosthetist session: handle placement, riser mods, retention systems, harness padding.
Hundreds of deployment and steering reps in a hanging harness with your exact adaptations.
Bridge jumps with water below, full crew, and video debrief of every exit.
Only after consistent heading control do you extend delays or change object types — mentor's call, not yours.
Equip
Every modification must be built or signed off by a certified rigger.
BOC moved to hip, chest or thigh so your strongest reach hits it every time, eyes-closed.
Large-diameter PC handles and toggle loops usable with limited grip, hooks or a partial hand.
Both toggles routed to one side, or rear-riser loop systems, for single-arm canopy control.
Load-tested tethers that keep a released limb with you instead of becoming a projectile.
Pressure-mapped padding where leg straps meet sockets, liners or sensitive residual limbs.
Reinforced pants, hip pads and residual-limb guards for slide landings and water recoveries.
Answers
Yes — athletes with single-arm setups jump with relocated deployment handles and cross-connected steering. The key is hundreds of ground reps so your one deployment path is utterly reliable, and conservative delays that leave altitude to fix a heading.
It depends on the limb and the landing. Impact-rated sport prostheses with retention lanyards are common; daily-wear limbs usually stay on the ground. Lesson 10 walks through the decision framework with your prosthetist and mentor.
Absolutely. Adaptation changes technique, never prerequisites. Canopy reflexes are built in the forgiving altitude of skydiving, not at 150 metres over rocks.
From legal spans, seated and hand-assisted exits from a stable platform or rail are standard, with crew support and water landings planned with a recovery boat. Lesson 7 covers the setups in detail.
A certified parachute rigger must build or approve every modification, and every critical change is load-checked by your mentor in a hanging harness before any exit.