The Dynasty Fitness DSH060 ISO Bent Over Row is a plate-loaded standing back row machine that replicates the barbell bent-over row body position — the user stands on a foot pedal, leans forward at the hip with the torso supported against a six-position adjustable back pad, and rows both independent arm brackets upward through the natural back muscle fibre arc. The ISO-lateral design on 6206-2Z and 61905-2Z bearings gives each arm its own bilateral plate load so neither side compensates for the other, and a multi-grip handle system covering wide, narrow, pronated, and neutral orientations targets the latissimus dorsi, rhomboids, and trapezius across different pull angles without attachment changes. Unlike the Smith Row DSH059 which uses a linear guided carriage, the DSH060 uses pivot arm brackets that follow the natural arc of the shoulder joint through the bent-over rowing movement. Built from PT60×120×2.5mm steel with a 661 lb bilateral load capacity in matte black at 69.0" × 66.7" × 66.1", the DSH060 is built for commercial gyms, training studios, and serious home gym setups where ISO-lateral standing bent-over rowing is a back programme priority.

• Plate-loaded ISO-lateral standing bent-over row that replicates the barbell bent-over row body position with independent arm brackets on 6206-2Z and 61905-2Z bearings, training each lat and mid-back independently at up to 661 lbs bilateral without lower back stabilisation limiting the set
• Six-position adjustable back pad sets the correct forward lean angle and torso support for each user's height in the standing bent-over position, removing the lower back isometric demand that makes unsupported barbell bent-over rows a limiting factor before the back muscles reach failure
• Multi-grip handle system covers wide pronated for upper lat and posterior deltoid emphasis through to narrow neutral for rhomboid and mid-trapezius thickness, all from the same handle frame without any attachment changes between sets
• Counterweight rod frames offset the mechanical arm weight so effective resistance at the starting stretched position matches the plate load precisely, keeping load targets accurate for progressive back programming