VIMEXCITER MF03 All-In-One Home Gym Wall-Mount Folding Smith Machine

Sale price$1,049.99 Regular price$1,299.99
Save $250.00
  • Smith System, Pulley System, Pull-up
  • 9.65ft² Folded, 2.93ft² Unfolded
  • 370LBS Resistance Included
  • 16 Adjustable Levels for Smith System
  • Supports Up to 3 Users Simultaneously
  • 2:1 Pulley Ratio

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Type: Rack +Smith bar + 370LBS
COLOR: Black
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All-In-One for Daily Gains

Multi-function. Space-saving. Built for full-body training at home—whenever it fits your day.

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Designed for Functional Training

It’s about moving better in life, work, and sport—not just building muscle.

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Safer Reps for Smarter Recovery

Recover smarter—The resistance during the training process is variable to adapt to your body, reduce joint pressure, and improve control.

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Safe Training for Every Stage

Push your limits at home—four layers of protection make heavy training safer for beginners, pros, and every age in between.

Truly Designed for Home Gyms

Folded Dimension

50.9″W x 8.3″D x 86.6″H

Unfolded Dimension

50.9″W x 27.3″D x 86.6″H

Product Weight

132 LBS

Pulley Ratio

2:1

Smith Machine Capacity

440 LBS (Two Sides)

Cable Pulley Capacity

220 LBS (Single Side)

What is VRT?

Variable resistance training (VRT), or dynamic variable resistance exercise, is a type of strength training that applies a dynamic degree of force to the target muscle(s). Variable resistance mimics the natural curve of the body's strength capability as it passes through a range of motion. Variable resistance training compels muscles to work harder when they are strongest, to meet the demands of the exercise.

Physiological and BiomechanicalMechanisms

Gradualy increasing external resisfance can cause instability during training, which optimizes muscle strenath qrowtitimuli and incregses neUruscular control demands, This leads to areater mofor unit recruitment and rate coding.likely improving coordination agonistic and antagonistic muscles, Variable resistance trainina /VRT) heiahtload variability and instability, enhancing neural adaptations, motor unit recruitment, and muscle coordination. Theseimprovements boost muscle srength performance, including l R and RFD, while also enhancing faigue resistance isome trainees.

VRT Biomechanical Characteristics

A sticking point in resistance training is a speed loss during movement, typically occurring between 35% and 45% of the range of motion. This region is the least efficient, especially when loads reach 80%-90% of 1RM, as muscles struggle to meet demands. Recent research shows that VRT can increase RFD and muscle strength more effectively than traditional training by enhancing neural impulses and muscle activation, leading to greater force generation during the final part of the concentric phase.

VRT Theoretical Foundations

In traditional resistance training, muscle force varies with joint mechanics. To address this, variable resistance equipment adjusts resistance in real-time based on joint angles, maximizing muscle output and improving power training by compensating for mechanical disadvantages and acceleration changes.

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