TLS Coast Guard Rescue Drysuit
The DUI USCG TLS is the official drysuit used by the U.S. Coast Guard Rescue Swimmers. Made from rugged yet lightweight nylon trilaminate material, this suit is perfect for swimming. For high visibility, this suit is configured with international orange overlays and reflective tape. This suit can be modified to meet other Public Safety and SAR Team’s individual needs. This suit is also manufactured in a fire retardant and breathable version.
Popular accessories added to this suit are pockets, heavy-duty latex wrist seals, and a relief zipper, extra long Aramid Fiber kneepads, Aramid Fiber Butt Pad and a Cordura overlay on the hips provide extra abrasion resistance.
KEY FEATURES:
- Attached Latex Neck & Wrist Seal
- High visibility reflective tape installed vertically and horizontally on sleeves for maximum visibility
- Warm Neck Collar
- Automatic cuff dump exhaust valve with protective fabric backing
- Rapid Self-donning Entry combined with external crotch strap
- Cordura buttocks overlay for rear abrasion resistance
- Waterproof Drysuit Sock and Rock Boots
MADE IN THE US
TLS COAST GUARD RESCUE - Drysuit Details
Made in San Diego the TLS Coast Guard Rescue is the official drysuit used by the U.S. Coast Guard Rescue Swimmers.
Materials
Made from rugged yet lightweight nylon trilaminate material, this suit is perfect for swimming.
For high visibility, this suit is configured with international orange overlays and reflective tape. This suit can be modified to meet other Public Safety and SAR Team’s individual needs.
This suit is also manufactured in a fire retardant and breathable version.
RELIEF ZIPPER
Stay in the fight and in your suit when nature calls. All TLS zippers feature easy grip handles for ease of use while wearing gloves.
KEVLAR KNEE PADS
Cordura overlays in the high wear areas & extra long kevlar knee pads ensure exceptional durability in challenging conditions.
Kevlar has an extremely high strength to weight ratio while still being flexible. Kevlar maintains its strength and resilience down to cryogenic temperatures.
