During a single set of bench press at 70% of maximum strength, using velocity-based feedback to control lifting speed results in about 12% more total weight lifted compared to using a fixed tempo,...

We analyzed one assertion on this question and found that velocity-based training may allow for more total weight lifted during bench press compared to tempo-based training. In a single set at 70% of maximum strength, using real-time feedback to maintain faster lifting speed led to about 12% more total weight moved, even when the time muscles spent under tension stayed the same [1]. This suggests that controlling speed by aiming for faster movement — rather than sticking to a fixed rhythm — might let people complete more repetitions before fatigue sets in, increasing the overall mechanical work done. We did not find any evidence contradicting this observation. However, this finding comes from just one scenario: one exercise, one intensity level, and one type of feedback. We don’t yet know if this pattern holds across different weights, training volumes, or populations. It also doesn’t tell us whether this increase in volume load translates to greater long-term muscle growth or strength gains. What we’ve found so far leans toward the idea that velocity-based control can increase the total load lifted in a single bench press set, simply by enabling more reps without changing how long the muscles are working. For someone looking to lift more weight in a session, this could mean using a device or app that shows bar speed in real time — helping them push harder without overextending. But whether this approach is better overall remains unclear based on the limited evidence we’ve reviewed.