Precor Resolute Series Selectorised Leg Extension
The start position, roller pad and gas-assisted back pad on the Resolute™ Strength Leg Extension all adjust easily from the seated position; providing a personalised, comfortable fit that supports proper exercise mechanics.
Before performing the quadriceps contraction on the Resolute Leg Extension, exercisers can easily adjust the ankle pad to the optimal position for a comfortable lift.
Chrome-plated linkages not only make adjustments smoother and easier, the high-quality material contributes to a more durable product. Tested to 250,000 cycles using the full weight stack, the Resolute Leg Extension is designed to go the distance.
Strength training has gone digital. Add the Sony Advagym training and tracking system, along with the app, to give your exercisers a whole new way to train. Through the Advagym app, personal trainers can prescribe workouts and monitor their clients’ progress.
Specification
Dimensions (L x W x H) |
155 x 127 x 148 cm / 61 x 50 x 58 inches |
Equipment Weight | 616 lb / 280 kg |
Weight Stack (kg/lb) | 240 lb / 109 kg |
Incremental Add-on Weight | 5 lb (2.3 kg) |
Adjustable Seat | Yes, gas-assisted ratcheting seat adjustment |
Adjustments | Ratcheting seat adjustments require only a lift to release the lever. Handles include slip-resistant rubber sleeves with machined alloy end-caps. Adjustment points are highlighted with a contrasting colour for ease of use. |
Pulleys and Cables | Glass-fibre-reinforced nylon pulleys provide strength and durability, while precision ball bearings allow effortless rotation. Cables use a 7x19 stranded wire configuration for added strength and flexibility and are coated with black pressure-extruded nylon for long lasting protection and a smooth feel. 4.8 mm wire is coated to 6.4 mm with a breaking strength of 1,905 kg and 3.2 mm wire is coated to 4.8 mm with a breaking strength of 907 kg. |
General Features | Spring-assisted back pad adjusts easily from seated position. Start position and roller pad adjust for optimal exercise mechanics. |