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Elevata™ .
( Multiple Patents Pending )

Elevata is coming soon to both crowdfunding platforms and to angel investors - Elevata is not available for investment yet during our initial marketing rollout phase.


Barbells carry inertia - even your own movements have inertia which can cause excessive pull on joints and limbs.
Watch our page for updates and an e-mail and text sign up for our crowdfunding launch campaign soon so that you can take part in Elevata soon.

Power Training and Aging Claims
Research demonstrates power declines at 3.5% annually between ages 65-89, compared to only 1-2% annual decline in strength

Studies indicate power can decline by 8.3% per decade from age 20 to 70, resulting in approximately 50% loss of power output by age 70 without intervention

Power loss begins earlier than strength loss, often starting in the 40s

Power is more closely linked to essential daily activities and fall prevention than pure strength

Tennis (a power-based activity) shows correlation with increased longevity in athletes

"Defying Gravity" Substantiation

The bilateral pulley system creates mechanical advantage through a 1:2 ratio that generates forces greater than bodyweight and enable redirection of the user in a way that pulls them back down towards the ground more quickly than gravity traditionally allows for

Users experience controlled deceleration through pulley resistance (not literal gravity defiance)

Similar physics principles to roller coasters that create altered gravitational experiences

Unlike traditional weights that fall if control is lost, Elevata's resistance can become "weightless" mid-rep

Force Generation and Safety Claims

Rock-climbing grade pulleys provide approximately 95% force transfer efficiency

Every component has breaking strengths exceeding 5,000lbs

Asynchronous braking control system provides continuous, bidirectional braking

System can simulate forces equivalent to extremely heavy lifts through mechanical advantage without the inertial risks of a heavy object

Users can safely experience multiple G-forces through controlled deceleration

Fall arrest quality components rated beyond human strength and force generation capability limits

Biomechanical Benefits

Optimal biomechanical force stacking through the kinetic chain (majority of force at waist instead of through the spine in 1:2, whereas during 2:1 exercises the force is significantly reduced through the spine by about 30% less).

Enhanced ground reaction forces without dangerous impact by enabling users not to leave the platform when the system is anchored to the ground.

System reduces spinal loading during explosive compound movements

Bilateral force distribution creates symmetrical pulling that mimics traditional compound lifts

Neural adaptations through variable-rate training of the nervous system's autogenic inhibition

Comparative Advantages

Enables safe high-intensity training without risks associated with maximal lifts when heavy external objects or non varying weight is involved

Allows true ballistic force expression with continuous control

Provides eccentric overload safely without the limitations of flywheel systems

Offers versatility between slow controlled movements and explosive power development


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