A 36-inch foam roller is a versatile tool used for mobility, warm-ups, and climbing-specific strength training. It can be used to roll out tight muscles in the legs, back, shoulders, and forearms. Its longer length also makes it useful for lying lengthwise along the spine to open the chest and shoulders. Climbers can also squeeze the foam roller between the hands to train compression strength.

A peanut massage ball is two lacrosse-sized balls fused together in a double-sphere shape, designed to straddle the spine or other bony prominences and apply pressure to the surrounding soft tissue without loading the vertebrae directly. At 5 inches long and 2.5 inches in diameter, it is particularly effective for thoracic spine mobilization — one of the most commonly restricted areas in climbers due to the demands of pulling movements and prolonged positions on the wall. It is also useful for paraspinal muscle release, posterior shoulder work, and calf and foot mobilization. Available in hard and soft densities depending on tissue tolerance.

A weight loading pin is a simple attachment that allows standard or Olympic weight plates to be suspended from a cable, pulley, or strap system for a wide range of loading exercises. For climbers, it is most commonly used for wrist roller exercises, finger and wrist flexion and extension loading, and dead hang progressions where a specific, measurable load needs to be attached to a training device. It is also used with hanging straps or towels for grip and pulling strength work. The iron construction supports up to 130 kg, and the carabiner attachment makes it compatible with most cable and pulley setups.

The PocketMaster is a compact solid wood training block designed for finger strength and grip development through loaded hangs and dead hang training. At 90 × 100 × 30 mm and 190 g, it fits in a gym bag and can be used anywhere — at home, at the gym, or at the crag. It offers four edge depths (6, 10, 14, and 18 mm) and two pinch surfaces (30 mm and 100 mm), covering the range of grip positions relevant to both climbing training and finger rehabilitation. For climbers returning from injury, the variety of edge depths allows precise load management during progressive tendon loading protocols.