Pickleball Weighted Tape Guide: Where to Put Weight on Your Paddle
Find the best weighted-tape placement for more power, stability, forgiveness or a larger effective sweet spot.
Weighted tape can dramatically change how a pickleball paddle plays—but where you put the weight matters just as much as how much you add. Weight near the top can increase power and plow-through. Weight along the sides can improve stability and make the effective sweet spot more forgiving. Weight lower on the paddle can improve stability while having much less effect on swing weight.
There is no single “best” setup. The right configuration depends on your paddle, what you want to change, and how much additional weight you are comfortable adding. This Weighted Tape Guide explains the science, shows what the main placements do and gives you a practical way to test a setup.
What Do You Want to Change About Your Paddle?
Our Weighted Tape Guide starts with the problem you are trying to solve—not with where someone else puts their tape.
| If your paddle… | You want… | Start by testing… |
|---|---|---|
| Lacks power | More momentum and plow-through | 12 o’clock |
| Needs power and stability | More hitting mass plus forgiveness | 10 & 2 |
| Twists on mishits | More lateral stability | 3 & 9 |
| Has a small-feeling sweet spot | More forgiveness | 3 & 9 / side weighting |
| Feels unstable but already swings heavy | Stability without much more swing weight | Lower sides or corners |
| Feels too head-heavy | A lower balance point | Handle counterweight |
| Feels too light or insubstantial | More overall hitting mass | Lower paddle or throat |
These are starting points, not universal prescriptions. Adding 6 grams to a lightweight widebody paddle can produce a very different result from adding the same 6 grams to an elongated paddle that already has a high swing weight. The best setup starts with the paddle you already have.
Want a starting setup for your paddle? Use our Paddle Optimizer to choose your paddle and the characteristic you want to improve.
Weighted Tape Guide - Why Weighted-Tape Placement Matters
Weighted tape does more than increase the number you see on a scale. It changes the paddle’s mass distribution.
Imagine two identical paddles and add 6 grams to each. On the first, put the weight near the throat. On the second, put the same 6 grams near the top. Both paddles have exactly the same static weight, but they will not swing—or play—the same.
Static Weight vs. Swing Weight vs. Twist Weight
Static Weight: How Much the Paddle Weighs
Static weight is the paddle’s total weight. It does not tell you where that mass is located, which is why two 8.2-ounce paddles can feel completely different.
Static Weight, Swing Weight and Twist Weight using Weighted Tape
Swing Weight: How Heavy the Paddle Feels When You Swing It
Swing weight describes the paddle’s resistance to rotation during your swing. The farther added mass is positioned from your hand, the greater its effect on rotational inertia. The simplified relationship is I = mr², where m is mass and r is its distance from the axis of rotation.
The important part is r². A few grams at 12 o’clock can affect swing weight much more than the same few grams near the throat. Higher swing weight can provide more momentum and plow-through, but too much can reduce acceleration, hand speed and maneuverability.
Twist Weight: How Much the Paddle Resists Twisting
When a ball strikes toward the outside edge, the impact tries to rotate the paddle face in your hand. Higher twist weight means greater resistance to that rotation, which can provide more stability on off-center hits, a more consistent response across the face, greater forgiveness and a larger effective sweet spot.
Where Should You Put Weighted Tape?
Where you can add Weighted tape to a paddle and the effects
12 O’Clock — Maximum Power and Plow-Through
Because this position is farthest from your hand, it produces the largest swing-weight increase for a given amount of tape.
- Swing weight: Large increase
- Twist weight: Small increase
- Balance: Moves toward the head
- Best for: Maximum power and hitting mass
The paddle can carry more momentum through the ball, but it may also become slower to accelerate and reposition.
10 & 2 O’Clock — Power Plus Stability
Upper-corner placement remains far from your hand, so swing weight increases, while the mass also sits farther from the paddle’s centerline and contributes more to twist weight.
- Swing weight: Moderate-to-large increase
- Twist weight: Moderate increase
- Best for: Players seeking both power and stability
3 & 9 O’Clock — Stability and a Larger Effective Sweet Spot
Weight at the lateral edges increases resistance to twisting when the ball misses the centerline.
- Swing weight: Moderate increase
- Twist weight: Large increase
- Best for: Stability and forgiveness
The paddle does not physically become wider. Instead, more of the face can produce a stable response, which players experience as a larger effective sweet spot.
Lower Sides and Corners — Efficient Stability
Moving weight down the sides keeps it laterally separated from the centerline, allowing it to improve stability, while bringing the mass closer to your hand. This generally adds less swing weight than placing the same mass higher on the paddle.
- Swing weight: Relatively small increase
- Twist weight: Moderate increase
- Best for: Stability and forgiveness without sacrificing as much hand speed
Throat Weight — More Mass With Less Head-Heaviness
Weight near the throat is close to your hand and the paddle’s centerline. It is not especially efficient for increasing swing or twist weight, but it can create a more substantial feel without dramatically increasing head-heaviness.
Handle Weight — Counterbalancing
Weight inside or around the handle has relatively little effect on swing weight, but it can move the balance point toward your hand. Counterbalancing does not erase the rotational inertia created by weight at the top; it changes the overall balance and perceived feel.
Example Weighted-Tape Setups
Use these as controlled starting points rather than universal prescriptions. Apply tape symmetrically, test one change at a time and remove or reposition it if the paddle becomes slow or uncomfortable.
Forgiveness First — 2 g per Side at 3 & 9
Add 2 g to each side around 3 and 9 o’clock for 4 g total. This is a practical starting point for a paddle that twists on off-center contact or has a small-feeling effective sweet spot.
Expected direction: a meaningful increase in twist resistance, with a moderate swing-weight increase.
Efficient Stability — 3 g per Lower Side
Add 3 g to each lower side for 6 g total. Keeping the mass lower and out toward the edges can improve stability without the same swing-weight penalty as placing all 6 g near the top.
Expected direction: more stability and forgiveness while preserving more hand speed. Two pre-measured 3 g strips from the Variety Pack make this setup especially simple to test.
Power and Plow-Through — 2–4 g at 12 O’clock
Add a small amount at the top center when the main goal is more hitting mass and momentum. Because this position is far from your hand, even a few grams can produce a noticeable change.
Expected direction: the greatest swing-weight increase of these examples, with more power potential but less maneuverability.
Balanced Power and Stability — 2 g at 10 & 2
Add 2 g to each upper corner for 4 g total. This spreads mass away from the centerline while keeping it relatively high on the paddle.
Expected direction: more power than lower-side weighting and more stability than a top-centre setup.
Counterbalanced Setup
If upper-paddle weight produces a balance that feels too head-heavy, a small amount in or around the handle can move the balance point toward your hand. Counterweighting can change balance and perceived feel, but it does not erase the swing-weight increase created by mass at the top.
Same Added Weight, Different Result
Equal amounts of tape can create very different paddles. Moving a fixed amount of mass from the throat to the lower sides, then to 3 and 9, and finally to 12 o’clock progressively changes its distance from the swing axis and the centerline.
| Placement | Swing-weight effect | Twist-weight effect | Primary use |
|---|---|---|---|
| Throat | Low | Low | More static mass |
| Lower sides | Low-to-moderate | Moderate | Efficient stability |
| 3 & 9 | Moderate | High | Forgiveness |
| 10 & 2 | Moderate-to-high | Moderate | Power plus stability |
| 12 o’clock | High | Low | Power and plow-through |
The exact numerical change depends on paddle dimensions, balance and the precise tape position. The important lesson is that placement determines how efficiently each gram serves your objective.
Calculated Example: Same 6 grams, Different Placement on the Paddle
To isolate the effect of placement, the following illustrative model adds the same 6 g total at five idealized locations, using JOOLA Perseus Pro V 16 mm swing-weight and twist-weight figures as its starting reference. These are calculated estimates—not laboratory measurements of a modified paddle.
Illustrative baseline: A standard Joola Perseus Pro V weighs 229.6 g (8.1 oz), 117.0 swing weight, 6.26 twist weight and a 24.20 cm balance point from the butt. Every modified setup has the same finished static weight: approximately 235.6 g (8.31 oz).
| Placement | Calculated swing weight | SW change | Calculated twist weight | TW change | Balance point |
|---|---|---|---|---|---|
| Illustrative baseline | 117.0 | — | 6.26 | — | 24.20 cm |
| Throat | 117.0 | +0.04 | 6.31 | +0.05 | 23.90 cm |
| Lower sides | 117.9 | +0.94 | 6.64 | +0.38 | 24.16 cm |
| 3 and 9 | 119.5 | +2.52 | 6.75 | +0.49 | 24.36 cm |
| 10 and 2 | 121.5 | +4.54 | 6.51 | +0.25 | 24.54 cm |
| 12 o’clock | 122.8 | +5.77 | 6.26 | approximately 0 | 24.63 cm |
Calculated Effects of Weighted Tape Placement on Joola Perseus Pro V
What the model shows: 12 o’clock produces the largest swing-weight increase, 3 and 9 produces the largest twist-weight increase, and lower-side placement provides a substantial stability gain with a much smaller swing-weight penalty.
Sources and Calculation Method
The starting swing weight of 117.0 and twist weight of 6.26 match Pickleball Effect’s published Perseus Pro V 16 mm test data. The 229.6 g mass and 24.20 cm balance point are illustrative assumptions for this example; they are not the exact mass and balance of the Pickleball tested paddle. Individual paddles vary.
The table is calculated using the idealized point-mass positions below. The longitudinal coordinate y is measured from the butt toward the tip; x is the distance from the paddle’s lengthwise centreline. Side placements use two equal 3 g point masses at +x and −x; the top position uses one 6 g point mass on the centreline.
| Modeled placement | Distance from butt, y | Distance from centreline, x |
|---|---|---|
| Throat | 12.5 cm | 3.0 cm each side |
| Lower sides | 22.5 cm | 8.0 cm each side |
| 3 and 9 | 30.5 cm | 9.0 cm each side |
| 10 and 2 | 37.5 cm | 6.5 cm each side |
| 12 o’clock | 41.0 cm | 0 cm |
How to Apply Weighted Tape to a Pickleball Paddle
Once you have decided how much weight to add and where to place it, the next step is applying the tape accurately and consistently. Small differences in placement can change the effect of the added mass, so it is worth taking a few minutes to set up the paddle carefully.
- Start with a clean paddle edge. Wipe the area where the tape will be applied so it is free of dust, oils and moisture. A clean surface helps the adhesive bond properly.
- Measure equal amounts of tape. If you are adding weight symmetrically—for example at 3 and 9 o'clock—use equal lengths and equal weight on both sides. Unequal amounts can unintentionally change the paddle's balance and stability.
- Mark the placement before applying the tape. Identify the exact locations on both sides of the paddle before removing the backing. This makes it easier to keep the setup symmetrical.
- Apply the tape smoothly and firmly. Press the tape against the paddle edge so there are no loose sections or air gaps. Avoid stretching the tape while applying it, as this can make the final placement less precise.
- Protect the weighted tape if necessary. Some players cover weighted tape with edge-protection tape to help keep it secure during play. Remember that any additional protective material also adds a small amount of weight to the finished paddle.
- Test the paddle before adding more. Play with the new setup before making another change. Even a few grams can noticeably affect swingweight, stability and balance.
- Change one variable at a time. If you want more power, stability or forgiveness, adjust the amount or location gradually. This makes it much easier to understand which change produced the difference you feel.
Tip: Start conservatively. It is much easier to add another gram or two than to determine which part of an overly heavy setup is causing the paddle to feel slow or difficult to maneuver.
Common Weighted-Tape Mistakes
Weighted tape can be an effective way to fine-tune a paddle, but more weight is not automatically better. Most unsuccessful setups come from adding too much mass, placing it in the wrong area, or making several changes at the same time.
Copying a Professional Player's Setup Without Considering Your Paddle
A professional player's configuration can be useful as an example, but the same placement will not necessarily produce the same result on a different paddle. Starting swingweight, twistweight, balance, paddle dimensions and existing mass distribution all affect how added weight changes performance.
Use professional setups to understand the strategy behind the placement, rather than simply copying the number of grams and location.
Adding Too Much Weight Too Quickly
A few grams may not sound significant, but where those grams are positioned matters. Weight placed higher on the paddle can increase swingweight much more than the same amount positioned near the throat or handle.
Start with a small change, test it, and add more only if necessary.
Looking Only at Static Weight
Knowing that a paddle weighs 8.4 ounces does not tell you how heavy it will feel during the swing.
Two paddles with the same static weight can feel very different because of differences in swingweight and balance. When customizing a paddle, consider where the additional mass is located, not simply the final number on a scale.
Ignoring Symmetry
If you intend to increase stability by weighting both sides of the paddle, the amount and placement should normally be symmetrical.
For example, if you place 2 grams at 3 o'clock, place the same amount at the corresponding 9 o'clock position unless you are deliberately trying to create an asymmetric setup.
Changing Several Things at Once
Adding weight at 12 o'clock, changing the grip and adding handle weight at the same time makes it difficult to determine which modification caused the change in feel.
Make one adjustment, test the paddle, and then decide whether another change is needed.
Forgetting About the Rest of the Paddle Setup
Overgrips, replacement grips, edge-protection tape and other accessories all contribute to the finished paddle's weight and balance.
For the most consistent results, customize the paddle in the configuration you actually intend to play with.
Assuming Weight Can Fix Every Paddle Characteristic
Weighted tape can meaningfully change characteristics such as swingweight, twistweight, stability and balance. It cannot fundamentally change the paddle's shape, core thickness, handle length or basic construction.
If the characteristic you dislike is primarily structural, a different paddle may be a better solution than continuing to add weight.
How Professional Pickleball Players Use Weighted Tape
Professional setups are useful real-world examples, but they should not be copied blindly. Pros tune around a particular paddle, playing style and preferred finished weight—and their configurations can change when the underlying paddle changes.
Ben Johns, Federico Staksrud, Anna Leigh Waters Weighted Tape Placement
Federico Staksrud — JOOLA Kosmos Pro V 16mm
In his own setup video, Federico Staksrud shows a lower-side weighting strategy on his JOOLA Kosmos Pro V 16mm.
His configuration uses 5¾ inches of 1 g-per-inch weighted tape on each side, beginning approximately 1¼ inches above the handle. That adds approximately 11.5 g of tape in total, before accounting for his overgrip or any optional handle counterweight.
Staksrud explains that he prefers weight closer to his hand instead of a head-heavy balance, so he feels that his hand is controlling the paddle. Keeping the added mass low can increase stability while preserving more hand speed than placing the same weight near the top.
Pickleball Effect’s published setup comparison reports the complete configuration at 8.56 oz, 117.62 swing weight, 7.69 twist weight and a 23.7 cm balance point, compared with 8.00 oz, 114 swing weight, 6.68 twist weight and a 24.2 cm balance point of the standard paddle. Because the recreation also included an overgrip, the full static-weight change should not be attributed to the tape alone.
Staksrud also suggests two small strips on the butt cap in a plus-sign pattern if the paddle still feels too head-heavy. This counterweight can move the balance point toward the hand, although it does not erase the rotational inertia created by weight on the paddle head.
His setup is another strong example of lower-side weighting for stability without deliberately creating a head-heavy paddle.
Ben Johns — JOOLA Perseus
Ben Johns has used different weighted configurations as the Perseus line has evolved. His setups illustrate an important principle: the ideal tape position is partly determined by the paddle’s starting swing weight, twist weight and balance.
One documented Pro V setup used approximately 5.5 g total along the lower sides. This is a strong example of targeted side weighting intended to add stability while avoiding the larger swing-weight increase associated with placing the same mass near the tip.
Ben Johns — Perseus Pro V
Anna Leigh Waters — Paddletek Bantam and Franklin C45
Anna Leigh Waters has described a broader perimeter-weighting approach, with lead tape around much of the paddle perimeter and a finished static weight of approximately 8.4 oz. This more extensive customization can substantially change stability, mass and feel.
The Same Weight Does Not Affect Every Paddle the Same Way
There is no universal “add 6 grams” rule. Paddles differ in static weight, swing weight, twist weight, balance, shape and length. An elongated paddle with low twist weight may benefit substantially from side weighting. A widebody that already has high twist weight may not need the same modification. A paddle that already has high swing weight may become cumbersome if more mass is placed near the top.
Paddle-specific tuning is more useful than copying a generic placement diagram.
Weight Efficiency: Get the Change You Want Without Unnecessary Mass
Instead of asking “How much weight can I add?”, ask: “How much performance change can I get from each gram?”
If your goal is stability, a lower-side placement may meaningfully increase twist resistance while adding less swing weight than a higher placement. The most efficient setup is the one that changes the characteristic you care about without creating a new problem.
How Much Weighted Tape Should You Add?
Start small. Test. Then increase.
- 2–4 g total: Subtle-to-moderate tuning
- 5–6 g total: A substantial change for many paddles
- 8–10+ g total: Significant customization where static weight and maneuverability become increasingly important
Apply weight symmetrically unless you are correcting a specific asymmetry. Secure the tape, test the paddle in realistic play and change one variable at a time. If the paddle feels slower, late or tiring, remove some weight or move it lower.
Can Weighted Tape Make a Pickleball Paddle’s Sweet Spot Larger?
Effectively, yes. Tape does not change the physical dimensions of the paddle, but increasing twist weight can reduce rotation on off-center impacts. Shots outside the center can behave more consistently, which creates a larger effective sweet spot.
Pickleball Lead Tape vs. Tungsten Tape
Weighted tape—the most popular options being pickleball lead tape and tungsten tape—adds mass at a chosen point on the paddle. Traditional lead tape has long been used for racket and paddle customization, while tungsten provides a lead-free alternative. From a performance standpoint, the key variables are mass per inch, total mass and placement.
A lower-density tape makes gradual adjustments and longer placement zones easier. A higher-density tape concentrates more mass into a shorter strip.
Three Ways to Tune Your Paddle
Different adjustments call for different types of weighted tape. The Racket Pro offers three approaches depending on whether you want fine adjustments, concentrated weight or a simple way to experiment with known amounts.
Tuning Tape — 0.5 g per inch
Designed for fine tuning and longer placement zones. The lower density makes it easier to distribute weight gradually along the paddle edge and make smaller changes.
Best for: Players who want precise control over both the amount and location of added weight.
Tungsten Weighted Tape — 1.0 g per inch
Twice the mass per inch of Tuning Tape, allowing you to add more weight with shorter strips. Tungsten offers a lead-free alternative for concentrating mass in specific areas.
Best for: Players who know how much weight they want and need more mass in a compact placement area.
Weighted Tape Strips Variety Pack — 1 g, 3 g & 5 g Strips
Not sure how much weight your paddle needs? The upcoming Weighted Tape Strips Variety Pack is designed for testing configurations without measuring and cutting tape by weight.
Each pack includes:
- 3 × 1 g strips
- 4 × 3 g strips
- 3 × 5 g strips
The pre-measured strips make progressive testing simple. For symmetrical side weighting, test 2 g total with two 1 g strips, 6 g total with two 3 g strips, or 10 g total with two 5 g strips.
Best for: Players trying weighted tape for the first time, testing multiple configurations or following a Paddle Optimizer recommendation.
Coming soon to the Racket Pro Store
Build Your Weighted-Tape Setup
Select your paddle.
Choose what you want to improve.
Get your recommended configuration.
Then use Tuning Tape, Tungsten Weighted Tape or pre-measured Weighted Tape Strips to create the recommended setup.
Weighted Tape Guide - Frequently Asked Questions
Where should I put weighted tape on a pickleball paddle?
It depends on your objective. Top placement primarily increases swing weight and power; 3 and 9 o’clock strongly increases twist weight and forgiveness; lower-side placement can improve stability with less swing-weight penalty.
Where should I put pickleball lead tape for a bigger sweet spot?
Weight along the sides—particularly around 3 and 9 o’clock—increases resistance to twisting and can enlarge the paddle’s effective sweet spot.
How much weighted tape should I add?
Start with a small amount and test before increasing it. The right amount depends on the paddle’s existing mass properties and the characteristic you want to change.
Is tungsten tape better than lead tape for pickleball?
Both add mass and can alter performance. Tungsten offers a lead-free option. The more important performance variables are mass per inch, total mass and placement.
Does adding weight make a pickleball paddle more powerful?
It can. Added mass, particularly toward the upper paddle, can increase swing weight and momentum through impact, although excessive swing weight may reduce swing speed and maneuverability.
What is the best place to add weight without slowing down my hands?
Keeping mass lower on the paddle generally reduces its effect on swing weight compared with placing the same mass near the tip. Lower-side or lower-corner placement is often the best place to begin testing.
Change one variable at a time, secure all tape carefully and stop using any setup that feels uncomfortable or causes pain.
This guide focuses specifically on weighted tape. For a broader look at paddle tuning, professional setups and customization tools, visit our Pickleball Paddle Customization Guide.
About the Author — Charlie Pulfer
Charlie Pulfer is a certified tennis coach with 30 years of tennis experience and five years of recreational and competitive pickleball play. His background in racket sports and coaching informs his practical approach to paddle performance and customization.
Over the past three years, Charlie has built a business selling pickleball accessories and weighted tape, developing product knowledge and hands-on experience with how added weight and its placement affect paddle feel and performance. Through researching, writing and reviewing science-based articles for The Racket Pro, he explores the relationships between swingweight, twistweight, balance and paddle design—helping players translate technical concepts into informed equipment choices.