
Introducing AlterG training at Tamarac
Leading-edge rehab and training equipment using NASA Differential Air Pressure technology. The Anti-Gravity Treadmill TM technology empowers people to move in new ways and without pain – to recover mobility, improve wellness, and enhance physical performance.
Used for:
- Post rehabilitation patients
- Seniors
- De-conditioned individuals
- Athletes
- Those challenged with a chronic condition
Athletes:
Recover sooner and train smarter for peak performance
- Increased training volume with less injury risk.
- Supports normal gait mechanics and avoids development of compensatory strategies – unlike body weight support alternatives such as hydrotherapy.
“By reducing effective body weight using the AlterG, my athletes can increase their training volume as high as 25%, without increased risk of injury…for competing at the highest levels ever.”
— ALBERTO SALAZAR, DIRECTOR | MARATHON RUNNER & OLYMPIC COACH
Seniors:
Effective functional training to increase mobility, build strength and endurance, and reduce impact injury – all while critically decreasing fall risk and maintaining quality of life.
- Innovative system supports normal biomechanics – unlike conventional alternatives such as hydrotherapy and harnesses
- Reduces the barrier to exercise for deconditioned, anxious, or high fall-risk seniors.
- Enables gradual progression of training to set you up for long-term fitness success.
- Uses air pressure to gently unweight you from 100% to as low as 20% of body weight in precise 1% increments for low-impact, pain free movement.
Scheduling:
The AlterG is available to book 15 minutes after open and up to 15mins before close of Tamarac’s operating hours.
To schedule call, 231.924.1600.

Weight loss:
Gives you the ability to experience what your healthier self would feel like.
- Reduces the barrier to exercise for deconditioned, obese, or otherwise impaired patients.
- Enables gradual progression of training to set up for long-term fitness success.
- Allows you to increase exercise volume while minimizing stress-related workload.