RECOMMENDED FOR YOU
Don't chance your gear to regular rubber bands. Ranger Bands® solve the problem of dry, cracked rubber bands on your gear. Made of EDPM rubber, a Ranger Bands® has great UV, heat, and saltwater resistance. The material provides an excellent combination of durability and strength with enough stretch to hold securely.
Ranger Bands® have limitless uses. The small size is perfect for retaining cables, cords, hydration tubes, or loose straps. The medium size works best for items on plate carriers like PTTs, tourniquets, etc. The large size can fit over handguards and buttstocks for retention of pressure switches and cables or slings. Any size can also be used in a pinch to start a fire.
FEATURES
- Multi-use for a variety of tasks
- High quality EPDM rubber
- UV, heat, and saltwater resistant
- Can be used as tinder (up to 3 min burn)
- Made in the USA
SPECIFICATIONS - SMALL SIZE
- Size: 1" length x 3/4" width (all dimensions +/- 0.125")
- Thickness: 0.040 in. wall thickness
- Suggested Uses: Cable management, comms wires, dog tag silencer
SPECIFICATIONS - MEDIUM SIZE
- Size: 2" length x 1/2" width (all dimensions +/- 0.25")
- Thickness: 0.050 in. wall thickness
- Suggested Uses: Push-to-talk (PTT), tourniquets, magazines
SPECIFICATIONS - LARGE SIZE
- Size: 3" length x 1/2" width (all dimensions +/- 0.25")
- Thickness: 0.050 in. wall thickness
- Suggested Uses: Handguard cable retention, buttstock sling retention
| Length | Width | Thickness | Suggested Uses | |
| Small | 1" | 3/4" | 0.040" wall | Cable management, comms wires, dog tag silencers |
| Medium | 2" | 1/2" | 0.050" wall | PTT's, tourniquets, magazines |
| Large | 3" | 1/2" | 0.050" wall | Handguard cable retention, buttstock sling retention |
Why choose us?
The best gear, extra fast, at the best prices.
We're veteran founded & led, so we know intimately the need for gear you can trust at prices you can afford. We offer the most innovative new tactical gear, bomb proof military equipment, and affordable used surplus to cover all your mission requirements.