The Future of Parachute Packing

Our team iterated upon the prototypes we tested at Fort Gregg Adams, VA by using the feedback provided by the 20+ Riggers and Inspectors Interviewed. This led to our final solution that will inform the Future of Parachute Packing.

Smart Table.

Revolutionizing the parachute packing process by adding a Smart Table that augments Rigger and Inspector capabilities in the pack process.

Table Adjusting Height

Height Adjusting Table

The Smart Table adjusts height automatically when the Rigger logs into their table at the Inspector Hub. This allows Riggers to comfortably pack and prevents form-related injuries such as lower back pain and joint inflammation.

Rigger Check Light Triggered

Rigger Check Light

Every time a Rigger calls for a Rigger Check, the light at the apex of the table turns on to provide visual feedback to inspectors that their table is ready for a Rigger Check.

Conductive Strip

Conductive Strip

Under the table at "Rigger Right" is a conductive strip housed in an ergonomic lip. This allows Riggers to call for a Rigger Check by interacting with the Conductive Strip anywhere along the table at any point of the pack process. The interaction to trigger a Rigger Check is a double tap on this conductive strip.

Biometric Finger Scanner on Smart Table

Biometric Approval

To replace the DA3912 form as well as validate Rigger Checks, we implemented a Biometric Fingerprinting Interface. Rigger's CAC Card has every soldier's finger print tied to it. For every Rigger Check, an inspector leaves their finger print to approve the pack. At the end of the pack, both the Inspector and the Rigger leave their fingerprint to approve the pack for a jump.

Tool Accountability Drawer

Tool Accountability

At the end of each day, every single tool used to pack parachutes must be accounted for. Sometimes, tools get lost inside of parachutes or within the pack shed. To address this, we introduced RFID stickers for each tool. At the end of the day, Riggers throw their tools into a drawer with an RFID scanner that can immediately tell Inspectors what tools are missing. With these RFID stickers, Inspectors can scan multiple parachutes without unpacking them to find missing tools.

Embedded Tool

Embedded Tools

Certain tools are embedded into the table and are controlled by buttons on the side of the table. The tool shown is the loop tension device which would adjust tension to the parachute while packing.

Inspector Hub.

At a centralized hub, inspectors have all of the information on the pack floor at their fingertips. They are notified of Rigger Checks when they're called for, they can track Rigger efficiency metrics, and Leaderboard Rankings both within the pack shed as well as between bases.

Hub Mockup
Rigger Check notification on the hub

Rigger Check Notifications

The Smart Table adjusts height automatically when the Rigger logs into their table at the Inspector Hub. This allows Riggers to comfortably pack and prevents form-related injuries such as lower back pain and joint inflammation.

Leadership mockup on the hub

Leaderboards

Every time a Rigger calls for a Rigger Check, the light at the apex of the table turns on to provide visual feedback to inspectors that their table is ready for a Rigger Check.

Tool Accountability on the Hub

Tool Accountability

Under the table at "Rigger Right" is a conductive strip housed in an ergonomic lip. This allows Riggers to call for a Rigger Check by interacting with the Conductive Strip anywhere along the table at any point of the pack process. The interaction to trigger a Rigger Check is a double tap on this conductive strip.

Computer Vision.

A future addition to our ecosystem is computer vision. This would serve to eventually correct Rigger form as well as automatically adjust embedded tools.

Computer Vision Mockup in the pack shed

Physical Prototype.

To bring this entire prototype to life, our team created a physical prototype that could be demo'd for our clients live. This included height-adjusting legs, arduino driven lights and buttons, as well as embedded tool functionality.

Physical Smart Table prototype
Arduino wiring inside the table

The Team.

Now that you've learned about the solutions, learn more about the team that developed them!