Cargo & equipment control
Rate-responsive concepts for cargo nets, tie-downs, equipment straps, and payload retention where sudden movement can create high loads.
Adaptive material platform technology
Secure what moves.
Protect what matters.
Powered by Rate-Activated Tether Technology (RATs): flexible during normal movement, with increased resistance under sudden motion.
Passive response
No sensors or batteries
No software required
How it works
RAT changes behavior when motion spikes.
RAT technology combines routine flexibility and sudden-load control in one element.
01
Normal / low-rate motion
Compliant and flexible for routine handling, fit, and movement.
02
Sudden / high-rate motion
Resistance increases as extension rate rises.
03
Self-acting material response
Shear-thickening fluid increases internal resistance and dissipates sudden-load energy—without a powered control system.
Adaptive material applications
One adaptive material platform. Multiple applications.
RATs can be configured around different load-management and retention needs while preserving the same core rate-responsive behavior.
Headborne retention / VR straps
Self-adjusting VR/MR retention designed for easier fitting, comfort, and stability across head sizes. The flexible halo-style concept can stretch or flip up quickly for heads-up-display access.
Ankle protection
Boot-integrated RAT concepts preserve flexibility during normal motion while increasing resistance during rapid ankle inversion. Early prototypes explored distributed, multi-RAT support around the ankle.
RAT sample packs
Ready-to-test assortments can span different lengths, ribbon types, and shear-thickening-fluid formulations so partners can quickly explore where RAT technology adds value.
Evidence & readiness
From Army research to application-focused validation.
Titan Tether is building on U.S. Army Research Laboratory-developed rate-responsive tether technology and advancing application-specific prototypes and test pathways.
~50Prototype material library spanning different lengths, ribbon types, tubing, and STF formulations.
~50%Lower peak headform acceleration reported in peer-reviewed RAT helmet testing versus conventional webbing at tested impact velocities.
Army testedRAT-equipped combat helmet systems have been evaluated in ground training and combat-equipped airborne jumps.
Application-specific performance depends on configuration and operating conditions. Cargo and other Titan Tether concepts remain under development and require scenario-specific validation, qualification, and customer testing.
Partner with Titan Tether
Interested in testing RAT technology?
We are transitioning prototypes at no cost to teams exploring robotics, wearables, or other use cases. If you have an application you would like to evaluate, contact Ryan directly.
ryanneice@titantethertechnologies.com