High balance or low balance? We explain how balance point affects power, control, swing speed and arm load in padel rackets.
High vs low balance is the most misunderstood specification in padel. A 365g high-balance racket generates more arm load than a 375g low-balance one. Players who choose rackets by weight alone and ignore balance point are making one of the most consequential buying mistakes in the sport.
A racket with a balance point of 280mm has more weight in the upper frame (high balance). A racket with 250mm has more weight toward the handle (low balance). Most padel rackets fall between 255mm and 290mm. Within that range, a 15mm difference in balance point changes how a racket moves through a swing arc more noticeably than a 15g difference in total weight.
The practical effect: a high-balance racket feels heavier to swing than its total weight suggests. A low-balance racket feels lighter in motion than its total weight suggests. This is why reading weight alone gives you an incomplete picture of how a racket will actually perform. Balance point and weight together determine swing weight - the specification that governs how demanding a racket actually is to use in play.
Manufacturers list balance point in different ways. Some give exact millimetre measurements. Others use descriptors: low, medium, high. When descriptors are given without measurements, treat them as approximate guides. The millimetre measurement is the definitive number - if it is not on the spec sheet, look for user reviews that include the measurement or test it yourself with a ruler and a balance point.
The physics: during an overhead smash, the top of the racket head moves through the contact zone at the highest velocity in the swing. Concentrating mass there maximises the kinetic energy available at the point of contact. This is why high-balance rackets are associated with power - they put mass where the swing speed is highest, which is mechanically efficient for generating pace.
The Bullpadel XPLO and Vertex lines, the Adidas Metalbone and the Nox AT10 are the clearest high-balance examples in the current market. They pair diamond shape with high balance to combine the geometric advantages of diamond (elevated sweet spot) with the mechanical advantage of high balance (mass in the power zone). The result is maximum possible overhead output within current padel racket technology.
The demands are real. A heavier head is harder to redirect quickly at the net. Reflex volleys feel more effortful because the racket resists the change of direction required. Off-centre contacts create more torque on the wrist and elbow because the mass is further from the axis of rotation. Over a long session the arm accumulates more fatigue with high balance than with low balance at the same total weight.
With less mass in the head, the racket accelerates through the swing arc more quickly. For the fast, reactive exchanges at the net that define net-dominant padel, this translates to more natural, less effortful racket movements. Players who describe net play as feeling easier after switching from high balance to low balance are not imagining the difference - the physics supports it.
The trade-off is power ceiling. With less mass in the head, smashes generate less pace at the same swing speed. Baseline drives carry less authority. Players whose game depends on ending points with overhead power will find low-balance rackets limiting in that specific dimension of play.
Low balance is predominantly found on round-shaped rackets. The Bullpadel Hack line, Pearl line and Elite W are examples: fast, manageable, net-play oriented with low arm load across extended sessions. The combination of round shape and low balance creates the fastest-handling, most arm-friendly configuration in padel.
A 365g high-balance racket will almost always feel more demanding to swing than a 375g low-balance racket. If two rackets feel very different in motion despite similar weights, check their balance points. The balance difference is almost certainly the explanation.
Diamond with high balance: maximum power output, maximum physical demand. The XPLO, Vertex and Metalbone configurations. Both the shape and the balance conspire to produce more overhead power at the cost of higher arm load and lower net play speed. For the most physically conditioned advanced power players.
Round with low balance: maximum forgiveness, maximum arm safety, optimal net play. The Hack, Pearl and Elite W configurations. Both the shape and the balance produce the most manageable, arm-friendly setup available. For net players at all levels and anyone prioritising arm health.
Teardrop with medium balance: the deliberate middle ground. Both the shape and balance provide meaningful performance in all areas of the court without extreme demands in any direction. For all-court players who need to perform at net and baseline without specialising in either.
Where manufacturers get creative is in crossing the usual pairing: a diamond racket with medium-low balance (some Metalbone EVO versions) gives diamond shape benefits with more accessible swing weight. A teardrop with high balance (rare but available) gives all-court shape with more overhead power. These crossings create more nuanced options for players whose needs do not map neatly onto the standard combinations.
The mechanism is leverage. Off-centre contacts - which occur on the majority of shots taken under pressure, when positioning is not ideal, when the ball arrives faster than expected - create rotational forces on the wrist and elbow. With a high-balance racket, the mass that creates these rotational forces is positioned further from the pivot point, creating more torque. With a low-balance racket, mass is closer to the pivot, creating less torque on the same off-centre contact.
Cumulative effect over a season: players using high-balance carbon rackets at high frequency accumulate meaningfully more arm stress per session than players using low-balance Multiglass rackets. The majority of padel elbow cases involve high-balance carbon rackets. This is not because the combination is dangerous in a single session, but because the per-session stress accumulates across weeks and months to exceed arm recovery capacity.
Net-dominant players: low balance. Speed and manoeuvrability at the net matter more than overhead power for your game. Low balance gives you faster swing changes, easier redirections and lower arm load across a full session. This applies at any level - a beginner net player and an advanced net player both benefit from low balance for the same reasons.
Baseline attackers: high balance - but only at advanced level with physical conditioning specifically supporting the arm load. The overhead power advantage of high balance is real and significant. But it requires consistent technique to access (to hit the sweet spot reliably) and physical conditioning to sustain (to manage the arm load across a full season).
All-round players: medium balance on a teardrop shape. This combination gives you meaningful power in both positions without the extreme demands of high balance or the power ceiling of low balance.
Players with arm issues: low balance always, regardless of playing style. Arm safety takes absolute priority. Once the arm is healthy, reassess based on playing position.
Yes. Adding lead tape to the handle area lowers the effective balance point. Adding it to the upper frame raises it. Start with small increments - 2-3g of tape. Measure the change in balance point after each addition. Most players find the optimal position within 5-15g of tape either way.
Balance the racket horizontally on a single upward-pointing finger. Move your finger until it reaches the balance point - the spot where the racket neither falls toward the head nor toward the handle. Measure the distance from the butt of the handle to that point in millimetres. This is your balance point.
Marketing convenience. Balance point is harder to make sound impressive than a round weight number or a brand construction name. Some brands omit it from spec sheets because the number does not fit their marketing narrative for a particular model. Independent reviewers typically measure and publish it even when brands do not.
Not meaningfully from normal use. Significant damage to the frame, replacement grips with different weights, or substantial grip tape buildup can slightly affect balance, but these are minor changes. A racket that starts at 265mm will be very close to that throughout normal use.