Contactless aircraft access starts at the chock.
A smart wheel chock with hidden key storage and a passive NFC tap zone. Built for flight schools, clubs, and GA operators.
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Aircraft access is still a manual process.
GA operations depend on physical key handoffs, front-desk pickups, and informal coordination. It works — until it doesn't.
Key exchange is friction
Renters wait for instructors. Owners leave keys under seats. Clubs share lockbox codes that never change.
Dispatch is inconsistent
Handoffs depend on who's at the desk, what time it is, and whether someone remembered to leave the key out.
After-hours access is awkward
Evening and weekend flights require workarounds — hidden keys, propped doors, or phone calls.
No self-serve infrastructure
Existing workflows aren't built for contactless, unattended aircraft access. There's no physical layer for it.
A physical access layer for general aviation.
ChockPod puts key storage and tap-ready identification directly at the aircraft — in a form factor that already belongs on the ramp.
Key storage at the aircraft
Hidden compartment with flush sliding cover
Passive NFC tap zone
Top-surface tag area for contactless identification
Cleaner handoff workflow
No front desk, no lockbox codes, no phone calls
Dispatch-ready design
Built for integration with scheduling systems
Three steps. No front desk required.
Reserve the aircraft
Use your existing scheduling system or club calendar. ChockPod fits into the workflow you already have.
Retrieve the key
Walk to the aircraft. Access the ChockPod's key compartment. Complete preflight, remove the chock, go.
Return and close out
After the flight, chock the aircraft, return the key, close the panel. No one else needed.
Built for the ramp, not the shelf.
Every detail is designed around real GA operations — from form factor to materials to the workflow it enables.
Hidden key compartment
Flush sliding side cover conceals a secure internal key storage area. No visible lock, no external hardware.
Real chock form factor
Low-profile, wide, and squat — designed to look and function like a standard GA wheel chock for Piper and Cessna class aircraft.
Integrated rope loop
Rear-mounted rope loop for pairing with a second chock. Standard ramp practice, built in.
NFC / passive tag zone
Top-surface tag area for contactless identification. Compatible with NFC-enabled phones and readers.
Trainer-class fit
Sized for common GA trainers — Cessna 172, Piper Cherokee, and similar light single-engine aircraft.
Contactless workflow ready
Physical layer for self-serve access. Pairs with scheduling, dispatch, and rental management systems.
For anyone managing aircraft access.
ChockPod fits wherever keys need to be stored, accessed, and returned — without depending on a person being present.
Flight schools
Students access assigned aircraft without waiting at the front desk. Instructors spend less time on key logistics.
Flying clubs
Members tap and go. No shared lockbox codes, no sign-out sheets, no coordination overhead.
Managed fleets
Standardize access across multiple aircraft with a consistent, ramp-level system.
Owner rentals
Offer cleaner handoffs without being on-site for every pickup and return.
After-hours dispatch
Evening and weekend flights don't require someone to unlock the office or leave a key under the seat.
Designed by people who work the ramp.
ChockPod is an early-stage product built around actual GA workflows, real aircraft dimensions, and the daily realities of flight school and club operations.
Built around common trainer-class aircraft
Sized and profiled for the aircraft that make up the majority of GA rental and training fleets — Cessna 172, Piper Cherokee, and similar types.
Practical industrial design for daily use
Matte-black finish, low-profile form, integrated rope loop. No fragile components, no exposed electronics, no moving parts that can't handle ramp conditions.
Designed for real GA ramp workflows
Built by people who understand how aircraft are dispatched, accessed, and returned — not by people who think aviation needs to be disrupted.
Common questions.
Light single-engine GA aircraft in the trainer class — primarily Cessna 172, Piper Cherokee (PA-28), and similar types. These are the aircraft most commonly used in flight schools, clubs, and owner-rental operations.
It's a real wheel chock. Low-profile, wide, squat — designed to sit against an aircraft tire on the ramp. The key compartment and NFC zone are integrated into the chock body without compromising its primary function.
A flush sliding panel on the side opens to reveal a small internal storage area sized for standard aircraft ignition keys. The panel sits flush when closed — no visible lock or external hardware.
Top surface. A flat, recessed area with a subtle tap icon, designed for NFC-enabled phones or readers as part of a contactless identification or check-in workflow.
All of the above. Any GA operation where aircraft keys need to be stored at the aircraft and accessed without depending on a person being present.
That's the intent. ChockPod is designed as a physical access layer that pairs with scheduling, dispatch, and rental management platforms. The NFC tag zone supports integration with software that manages aircraft access.
We're building this for operators like you.
ChockPod is in active development. If you run a flight school, manage a flying club, or operate rental aircraft — we'd like to hear from you.