The ideal weight of bowls according to your position (pointer vs shooter)

The weight of a bowl is often chosen approximately — the seller suggests 680 g, the partner plays with 700 g, you follow suit. Yet weight is one of the variables that most directly influences how the bowl behaves on impact, on rolling, and on shooting. For the pointer, weight determines the dosage and the stop. For the shooter, it determines the impact power and the bounce of the shot bowl. These two logics do not lead to the same optimal weight — and confusing the two costs precision in every game. 150gamplitudethe gap between the regulatory minimum (650 g) and the maximum (800 g) — a significant physical difference in behaviour on impact Inertia= the concepta heavy bowl resists deviations more but requires more force to reach the same distance — a permanent compromise Terrain= second criterionthe optimal weight changes according to the type of ground — a soft terrain absorbs energy differently from a hard terrain, and the ideal weight changes with it Hand= first criterionno "ideal" weight makes sense if the player cannot hold and throw the bowl comfortably over a complete game without fatigue

What the rules say — the official limits

📋 FIPJP RULES — ARTICLE 2 Pétanque bowls must have a weight between 650 g and 800 g. This weight is measured on the complete bowl — it cannot be modified after manufacture (it is forbidden to weight down or lighten an approved bowl). In official competition, the weight is checked with a precision scale. Bowls outside the limits are immediately disqualified. In practice, manufacturers offer standardised weight ranges: 650, 660, 670, 680, 690, 700, 710, 720, 730, 740, 750, 760, 780 and sometimes 800 g. ⚖️ REGULATORY WEIGHT SCALE — 650 G TO 800 G 650670680–690700–710720–730750800 LIGHT — 650–670 G Minimal inertia. Easy to dose over short distances. Sensitive to terrain deviations. Rare in adult competition. Suited to children and very light builds. SOFT — 680–700 G The pointers' preferred range. Good dosage over all distances. Rapid deceleration on impact. The best-selling range for pointing on a standard terrain. INTERMEDIATE — 710–730 G Versatile. Suited to all-round players and shooter-pointers. Sufficient inertia to resist deviations. Well-balanced shooting on standard terrains. HEAVY — 740–800 G The range of specialised shooters and large hands. Maximum impact on shooting. Less sensitive to terrain irregularities when rolling. Requires a suited hand and arm for a complete game.

What weight physically changes in the behaviour of the bowl

Weight is not just a matter of comfort in the hand — it objectively modifies three behaviours of the bowl that have a direct impact on the game.

🎙️ Paquita on the choice of weight "The first mistake players make is believing that heavier is better — as if the bowl were going to do the work for them. A pointer who takes a 740 g bowl because it 'fits better in the hand' does not realise they will have to force much more on each throw to reach the same distance. Over 30 bowls at the end of a game, this fatigue translates into imprecision. The second mistake is believing that weight is personal and not up for discussion. If you shoot, there is a physical logic that says more mass = more impact = more carreaux. If you point, there is a logic that says less mass = better dosage = better precision on hard terrain. These logics have limits, but they exist." — Paquita ⚙️ PHYSICS — WHAT WEIGHT CONCRETELY CHANGES 3 behaviours directly impacted by the mass of the bowl 💪Inertia on the throw — the force needed to reach the distance : a heavier bowl requires more energy to be sent the same distance. Over 8 metres, the difference between 680 g and 740 g is small for a throw. Over 30 throws at the end of a game, the accumulated fatigue is significant — especially for pointers who throw at low speed without the benefit of the shooting swing. 🎯Post-impact deceleration — how much the bowl rolls after touching the ground : a heavier bowl penetrates slightly more into soft terrains on impact, which creates greater stopping friction. On hard terrain, the opposite effect can occur — the mass maintains momentum after the bounce. The optimal weight for "sticking" therefore depends on the terrain as much as on the position. 💥Impact on shooting — the power transmitted to the target bowl : by conservation of momentum, a heavier bowl thrown at the same speed transmits more energy to the target bowl. A shooter with a 730 g bowl produces a more powerful impact than with a 680 g bowl using the same motion — this is the main reason shooters favour high weights.

The ideal weight for the pointer — logic and recommendations

🎯 POINTER Precision, dosage, trajectory control 680–710 g Recommended range — standard terrain

Pointing is a precision throw at moderate speed. The aim is to place the bowl at a precise distance with minimal roll after impact. To achieve this aim, a lighter weight offers two advantages : less fatigue over the many moderate throws, and better control of energy dosage.

A bowl that is too heavy forces the pointer to "force" to reach the distance — which makes dosage more difficult and increases the dispersion of throws at the end of the game. A bowl that is too light lacks inertia and is too sensitive to terrain deviations.

→ On hard terrain (concrete/pétanque court): 680–695 g. On standard terrain (beaten earth): 690–710 g. On soft/sandy terrain: 700–720 g. 💥 SHOOTER Power, impact, energy transmission 710–750 g Recommended range — standard terrain

Shooting is a high-speed throw whose aim is to displace or eliminate an opponent's bowl. The impact power depends directly on the mass of the thrown bowl. A higher weight improves the transmission of energy to the target bowl and increases the probability of a successful carreau on a well-defended bowl.

Fatigue is less critical for the shooter — the arm movement uses the pendulum swing, which benefits from the mass. A heavy bowl in the shooting motion is often more natural than a light bowl that "takes off" too quickly.

→ Light shooter / small hand: 710–725 g. Standard shooter: 720–740 g. Strong shooter / large hand: 740–760 g. Rarely beyond without a suited build. 🔑

The simple rule: the pointer optimises precision → go toward less mass. The shooter optimises impact → go toward more mass. These two logics apply from a common floor set by the build of the hand — no "ideal" weight holds up if the hand cannot hold the bowl comfortably for 30 throws.

The interaction between weight and playing distance

The usual playing distance changes the equation. A point at 6 metres and a point at 10 metres do not require the same energy management — and the optimal weight can change with the distance.

📍 SHORT DISTANCE 6 to 8 metres

At short distance, the difference in weight is least critical — the energy required is low and the dosage is manageable over a wide range of weights.

675–700 g Short-distance pointer

A light weight is slightly advantageous — it facilitates the fine dosage needed at short distances where centimetric precision matters more.

→ The short-distance shooter also benefits from a higher weight — same impact logic, reduced distance demands even more angle precision. 📍 STANDARD DISTANCE 8 to 10 metres

The most common playing distance in competition. This is the context for which the general recommendations are designed.

690–720 g Standard-distance pointer

The standard range covers this distance well. Neither too light (lack of inertia to resist terrain deviations over 9 metres), nor too heavy (cumulative fatigue).

→ It is the distance for which the choice of weight by position is most decisive — 20 g differences are felt most at this range. 📍 LONG DISTANCE 10 metres and above

Long distance (jacks at 10–11 m) demands more energy on the throw and exposes the bowl more to terrain deviations along the path.

710–730 g Long-distance pointer

A higher weight is advantageous — the extra inertia better resists small deviations over a 10+ metre path, at the cost of a slight increase in fatigue.

→ On terrain with a slope or wind, the inertia of a slightly heavier bowl better compensates for parasitic forces over long distances.

The 4 other factors that change the optimal weight

① Build — strength and size of the hand The "optimal" weight in the physical sense only makes sense if the hand can hold and throw it without fatigue over 30 to 40 bowls. A weight that is perfect for impact but too heavy for the player's hand will produce mediocre results at the end of the game. Build sets a ceiling — the optimal weight is sought below this ceiling, not beyond it. ⚙️ Simple test: hold the bowl in your usual grip and simulate 10 consecutive complete throws. If the hand or wrist shows fatigue at the end of the 10 throws, the weight is probably too high for a complete game. → For a standard-build player: never choose a weight that you cannot maintain with the same motion from the first to the last bowl of a game. ② The usual type of terrain A soft terrain (sand, damp earth) absorbs energy on impact — a heavier bowl compensates for this absorption by penetrating slightly into the ground. On hard terrain, a light bowl is enough to stick because the bounce is limited by the softness of the steel. The optimal weight can vary by 20 to 30 g depending on whether you play mainly on concrete or on sand. ⚙️ On soft terrain: +10 to +20 g compared to the standard recommendation. On hard terrain: the standard recommendation or slightly below. → If you play on varied terrains in competition, choose an intermediate weight rather than optimising for a specific terrain. ③ The player's age and physical condition Muscular fatigue accumulates differently depending on age and physical condition. A 65-year-old player who practises twice a week may have an optimal weight 20 to 30 g lower than what their build would theoretically allow — simply because resistance to fatigue is different. It is not a question of capacity but of efficiency over time. ⚙️ Precision degrades with muscular fatigue. A weight slightly below the theoretical optimum that maintains precision throughout the game is better than a theoretical optimal weight that degrades play after 45 minutes. → Test your current weight at the end of a game rather than at the start. If precision drops significantly after 45 minutes, consider going down by 10 to 20 g. ④ The hardness of the steel — interaction between weight and hardness Weight and hardness interact. A heavy and soft bowl sticks well on hard terrain but risks flats more quickly. A light and hard bowl does not stick on hard terrain but lasts a long time. The choice of weight must be made jointly with the choice of hardness — the two parameters are not independent. ⚙️ Most frequent combination among pointers: low weight (680–700 g) + soft hardness (20–35 HRC) to stick on hard terrain. Among shooters: high weight (720–750 g) + hard hardness (40–55 HRC) for impact and durability. → Do not choose the weight alone then the hardness alone — choose them together according to the usual terrain and the position.

Complete selection table — position, terrain, build → weight

Player profile	Usual terrain	Recommended weight	Recommended hardness	Error signal
Pointer — small hand	Hard terrain / concrete	660–685 g	Soft 20–30 HRC	Bowls that roll too far — weight too high
Pointer — standard hand	Standard terrain beaten earth	685–705 g	Soft to intermediate 25–38 HRC	Imprecise dosage at the end of the game — weight too heavy
Pointer — large hand	Standard ground	700–720 g	Intermediate 30–42 HRC	Bowl that "floats" in the hand — weight too light
Pointer — all profiles	Sandy / soft terrain	710–730 g	Intermediate to hard 38–50 HRC	Sinking on impact, chaotic trajectory — too light
Shooter — small hand	Standard ground	700–720 g	Hard 40–52 HRC	Wrist fatigue at the end of the game — go down by 10 g
Shooter — standard hand	Standard ground	720–740 g	Hard 42–55 HRC	"Soft" shots — weight too light, insufficient impact
Shooter — large hand / strong build	Standard ground	740–760 g	Very hard 50–58 HRC	Imprecise trajectory — weight too heavy for the motion
All-round player (points and shoots)	Standard ground	705–725 g	Intermediate 35–46 HRC	Inconsistency between the two registers — find the right middle ground

⚖️ The golden rule of weight

The ideal weight is the one with which the 30th throw resembles the first — same precision, same comfort in the hand, same motion. Not the one with which the first 5 throws are the best of the session. Test your weight at the end of a game — not at the start — and assess whether the precision holds. It is this fatigue-resistance test that reveals the true optimal weight, not immediate comfort.

Exercises to find your optimal weight

01 The fatigue-resistance test — 3 weights, 3 series 📍 Usual terrain — at a retailer or with borrowed bowls ⏱️ 45 min 🎯 Identify the weight that maintains precision over time

The fatigue-resistance test is the most revealing — it reproduces the real conditions of a game and identifies when and how weight affects precision.

Borrow or test 3 bowls of different weights spaced 20 g apart — for example 690, 710, 730 g. Same hardness if possible, same grooving. Play a series of 15 throws with each of the weights in this order: the lightest first, the heaviest last. This order reproduces the effect of cumulative fatigue. After each series of 15, assess 3 parameters: precision on the target distance (how many bowls in the zone?), comfort in the hand on throws 12 to 15 (tension, fatigue?), consistency between the 1st and the 15th throw. Score these 3 parameters out of 5 for each weight. Compare the scores. The optimal weight is not the one that gives the best scores on the first throws — it is the one whose scores degrade the least between the 1st and the 15th throw. Consistency over time takes precedence over one-off performance. Variant: repeat the test after 30 minutes of intense play (not at the start of the session). Prior fatigue amplifies the differences between the weights — what is comfortable fresh can become painful under fatigue. The tired test is more revealing than the cold test. 02 The position/terrain diagnosis — calibrate according to where and how you play 📍 On your usual terrains ⏱️ 2 separate sessions 🎯 Verify that the current weight matches your position and your terrain

A quick diagnosis to know whether the current weight is suited to the real position — not the theoretical or desired position.

Honestly identify your real position over the last 6 months: how many bowls played pointing, how many shooting? If the ratio is 70/30 pointing/shooting, the profile is "dominant pointer" — the pointer recommendations apply in priority. If the ratio is 50/50, the all-round player recommendations. Session 1 — usual terrain: play a complete game with the current bowls. Observe at the end of the game (ends 8 to 13 out of 13) whether pointing precision has dropped (a sign that the weight is too high) or whether the shots lack punch (a sign that the weight is too light for the shooter). These end-of-game symptoms are more revealing than a feeling at the start of the session. Session 2 — same terrain, different weight: borrow bowls with a 15 to 20 g difference in the direction indicated by the observed symptoms. Play a second complete game. Observe whether the end-of-game symptoms have disappeared

FAQ — Your frequent questions

Can you play with the same bowl weight as your partner in a doublette?+ Is changing weight during a game allowed in competition?+ Should a player who almost never shoots still have shooter bowls?+ Should the weight evolve over the years of practice?+ EquipmentBowl diameter: why the wrong choice penalises you EquipmentWhy some boules "grip" the terrain better EquipmentPlaying with worn bowls: real advantage or false comfort? TacticsAttack or secure: making the right choice at the right time TerrainAdapting your play to an uneven terrain ToolsFree PetanqueLand tools