Hammer Strength MTS Iso-Lateral Decline Press

The Hammer Strength MTS Iso-Lateral Decline Press features separate weight stacks that provide independent diverging and converging motions. The pressing angle provides optimal pectoral stimulation, and the seat back is

Specifications

  • Dimensions

    100cm x 163cm x 168cm

  • Unit Weight

    343kg

  • Weight Stack (standard & extra)

    75kg Standard

  • Frame

    Each frame receives an electrostatic powder coat finish to ensure maximum adhesion and durability; 11-gauge steel frame ensures maximum structural integrity

  • Cables / Guide Rods

    Top weight plate is fitted with self-lubricating bushings 11mm diameter weight selector pin magnetically locks in place and is connected to stack to prevent loss. Drop down incremental weight system

  • Grips

    Grips retained with aluminium collars, preventing them from slipping during use. Hand grips are an extruded thermo rubber compound that is non-absorbing and wear-and-tear resistant

Full description

The Hammer Strength MTS Iso-Lateral Decline Press features separate weight stacks that provide independent diverging and converging motions. The pressing angle provides optimal pectoral stimulation, and the seat back is angled for easy access.

Other frame and upholstery colours are available. Please get in touch for more information.

 

Specifications

  • Dimensions

    100cm x 163cm x 168cm

  • Unit Weight

    343kg

  • Weight Stack (standard & extra)

    75kg Standard

  • Frame

    Each frame receives an electrostatic powder coat finish to ensure maximum adhesion and durability; 11-gauge steel frame ensures maximum structural integrity

  • Cables / Guide Rods

    Top weight plate is fitted with self-lubricating bushings 11mm diameter weight selector pin magnetically locks in place and is connected to stack to prevent loss. Drop down incremental weight system

  • Grips

    Grips retained with aluminium collars, preventing them from slipping during use. Hand grips are an extruded thermo rubber compound that is non-absorbing and wear-and-tear resistant

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