Here is the question that ends every multisport field project: “How much artificial grass do I need?” For a football pitch the answer is dictated by FIFA. For a tennis court the answer is dictated by the ITF. For a MUGA — a Multi-Use Games Area — the answer is dictated by the shape of your land, the depth of your budget, and the sport your community actually shows up to play. No other sports surface works like this.
That single fact rewrites the buying process. Most artificial grass buyers start from a standard template, add a waste factor, and convert to rolls. A MUGA buyer starts from a blank rectangle, chooses between five different surface technologies (2G sand-filled all the way to 4G non-infill), negotiates the FIFA–FIH pile-height compromise if two sports must share the carpet, and then — only then — measures the square meters. The m² figure is the last output, not the first input.
This guide follows that real-world sequence. It explains why MUGA dimensions are unconstrained, lays out the five competing surface types and the sports each one actually serves, walks the 30–45 mm compromise that lets football and hockey coexist, and ends with a calculator that converts any footprint into rolls, berat, and a container plan. For a tailored bill of materials, kita rumput buatan team returns one within 24 jam.
Use the calculator below to convert your MUGA dimensions into exact m², gulungan, berat, and FOB cost.
🏀 Lapangan Multiolahraga (BATAS) Grass Calculator
Calculate multisport pitch m², gulungan & biaya
No Fixed Size: Why MUGA Is the Only Sport Without Standard Dimensions
Pick any sport in the world and a governing body has defined the field. FIFA allows 90–120 m of length. The ITF fixes a tennis court at 23.77 m × 10.97 m for doubles. World Rugby sets the in-goal area. FIH dictates hockey pitch dimensions to the meter. Then there is the MUGA — the only mainstream sports surface with no governing-body-mandated footprint.
That is not an oversight; it is the definition. A Multi-Use Games Area exists precisely because no single sport owns it, so no single federation owns the dimensions either. Sport England guidance and the European standard DI DALAM 15312 define pertunjukan (bola memantul, friction, planarity) rather than a fixed pitch rectangle. The size is a commercial decision, not a regulatory one.
Dalam praktiknya, MUGA dimensions scale across an enormous range. A small courtyard court for a primary school can be as compact as 13 m × 18 M. The traditional community MUGA, built around a combined basketball and netball court with run-off, lands near 36 m × 18 m ≈ 648 m². A full multisport pitch intended to add five-a-side football into the mix stretches to 60 m × 40 m ≈ 2,400 m² — over ten times the footprint of the smallest variant.
Three forces fix the number for a given project: itu available land (often the hard constraint on a school or rooftop site), itu anggaran (which gates both carpet m² and the base build underneath), dan itu priority sports (a MUGA built around hockey needs different run-off than one built around tennis). The m² calculation does not begin from a template — it begins with measuring the rectangle you actually have.
Five Surface Types: Which Turf for Which Sports?
This is the single most important decision on a MUGA project, and it is the one most buyers get wrong by treating "rumput buatan" as a single product. Ada five distinct surface technologies, each engineered around a pile height and an infill strategy. Getting this wrong does not cost a little more — it causes the pitch to fail its primary sport within two years, because the wrong fiber cannot deliver the ball behavior that sport requires.
| Tipe permukaan | Tinggi Tumpukan | Terbaik untuk | Isi |
|---|---|---|---|
| Penuh pasir (2G) | 20–24 mm | Tenis, hoki, recreational football | Heavy sand |
| Sand-dressed (Gen 2) | 18–22 mm | Hoki, bola jaring, tenis, sepak bola | Light sand |
| 3G (remah karet) | 40–60 mm | Sepak bola, ragbi | Karet + pasir |
| Needlepunch | 8–15 mm | Primary schools, hoki, athletics | Tidak ada / light |
| Non-isian (4G) | 25–35 mm | Sepak bola, futsal | Tidak ada |
Each surface carries a different price per m², a different weight per m², and a different roll requirement — the pile height and density directly change how many square meters fit on a pallet. A 12 mm needlepunch rolls far denser than a 50 mm 3G carpet, which is why a needlepunch MUGA can ship LCL where an equivalent 3G footprint may need a dedicated container. Choose the surface before sizing the order, because the surface is what determines the freight math.
The FIFA-FIH Compromise: 30–45mm for Dual-Sport Pitches
When a MUGA must serve both football and hockey at community or school level, the two federations pull in opposite directions. FIFA football wants long pile — 40 ke 60 mm — so the fiber can hold rubber infill and cushion a sliding player. FIH hockey wants short pile — 12 ke 20 mm — so the ball rolls flat, fast, and true on a firm surface. Stack those requirements on one carpet and they look mutually exclusive.
They are not. FIFA and FIH jointly published guidance for multisport community fields that resolves the conflict with a single engineering decision: texturized (curled) fibers at 30–45 mm pile height. The curl stiffens the fiber so a longer pile behaves more like a short one for hockey ball roll, while the extra length still gives football enough depth for foot lock and a cushioned plant. The result is a deliberate middle ground — neither a certified FIFA football pitch nor a certified FIH hockey field, but a single surface that serves both sports adequately at the level most schools and municipalities actually need.
This compromise is not free. A 30–45 mm texturized carpet will not pass FIFA Quality or FIH Global certification for elite play, because elite certification in either sport demands a surface optimized for that sport alone. What the compromise buys instead is versatility: one carpet, one maintenance regime, one set of line markings, and the ability to timetable both sports onto the same footprint. For a school that needs hockey on Tuesday and football on Wednesday, that trade is almost always worth it.
Sport Priority Matrix: What Drives Your Surface Choice
Most MUGAs are timetabled for three to five sports, but in practice one sport is always the primary driver — the one that fills the most hours, generates the most revenue, or carries the strongest stakeholder voice. Identify that sport first and the surface choice becomes deterministic:
| Primary Sport | Recommended Surface | Why |
|---|---|---|
| Sepak bola | 3G, 40–50 mm, rubber infill | Long pile + rubber delivers sliding comfort and foot lock |
| Hoki | Sand-dressed, 18–22 mm | Pendek, dense pile for flat, water-fast ball roll |
| Tenis | Penuh pasir, 20–24 mm | Firm, predictable bounce with consistent ball speed |
| Equal football + hoki | FIFA-FIH compromise, 30–45 mm texturized | The only carpet that serves both without being recertified |
If you cannot name the primary sport, you are not ready to order — the surface choice is genuinely ambiguous, and the default should be the compromise carpet rather than guessing. A site survey or a stakeholder workshop resolves the question in under an hour and prevents the most expensive MUGA mistake there is.
Common MUGA Sizes and Their m² Requirements
With the surface chosen, the m² figure follows from four canonical MUGA footprints that cover the bulk of real-world orders. The order quantity shown for each is the playing area plus an 8–12% allowance for perimeter trim and multi-sport line inlays — the figure that actually appears on the purchase order.
| MUGA Type | Ukuran | Playing Area | Order m² (+~8%) | Gulungan (4m×25m) |
|---|---|---|---|---|
| Small court (tennis/netball) | 18 m × 36 M | 648 m² | ~700 m² | 7 gulungan |
| Medium MUGA (5-a-side + tenis) | 30 m × 20 M | 600 m² | ~650 m² | 7 gulungan |
| Standard school MUGA | 40 m × 30 M | 1,200 m² | ~1,300 m² | 13 gulungan |
| Full multisport pitch | 60 m × 40 M | 2,400 m² | ~2,600 m² | 25 gulungan (40ft HQ) |
The jump from a standard school MUGA (13 gulungan) to a full multisport pitch (25 gulungan) is not linear in freight: 13 rolls of 3G carpet sit in a single 20 ft container, while 25 rolls push into 40 ft high-cube territory. That container threshold, not the m² number itself, is often what decides whether a project adds a fifth sport or stops at four.
Roll Layout: How 4m and 2m Rolls Fit Different MUGA Widths
With the m² known, the next question is how to slice it into rolls. Sports turf ships in two standard widths — 4 M Dan 2 M, both in 25 m lengths — and the choice is driven by how cleanly your pitch width divides, plus access on site. A 4 m roll halves the seam count of a 2 m roll, which means fewer joints for a ball to cross and fewer failure points across a decade of play.
The arithmetic is simple. A 4 m roll is the default for any width divisible by four — 20 M, 24 M, 28 M, 32 M, 36 M, 40 m — because each strip runs wall-to-wall with no offcut. A 2 m roll is reserved for odd widths (18 M, 22 M, 30 M) where a 4 m roll would leave an uneconomical slice, or for indoor MUGAs reached through standard doorways where a 4 m roll cannot physically pass.
| Pitch Width | 4 m Strips | 2 m Strips | Preferred |
|---|---|---|---|
| 18 M | 5 strips (20 M, offcut) | 9 strips (exact) | 2 m — exact fit, no waste |
| 20 M | 5 strips (exact) | 10 strips (exact) | 4 m — half the seams |
| 30 M | 8 strips (exact) | 15 strips (exact) | 4 m — half the seams |
| 40 M | 10 strips (exact) | 20 strips (exact) | 4 m — half the seams |
Run every roll along the longest dimension so seams run parallel to the dominant direction of play — a ball never crosses a seam during a pass, which extends both seam life and surface predictability. The waste factor on a clean-divisible width sits at 8–12%, but it climbs sharply when multi-sport line inlays enter the order.
Multi-sport line inlays are not free m².
A MUGA with 3–5 sport line sets (bola jaring, bola basket, tenis, five-a-side, hoki) in different colored fibers can add 5–8% to the carpet order, because each inlaid line is cut from a separate colored roll. Specify the full line plan at quotation or the factory ships plain green and every line is cut on site.
Price Tiers by Surface Type
MUGA carpet is priced by surface technology first and order volume second. The five surface types occupy distinct price bands, and the choice of surface sets the floor of the budget before any volume discount is applied.
| Tipe permukaan | FOB Price / m² | Cost Driver |
|---|---|---|
| Needlepunch | $8–15 | Cheapest — short pile, no tufting, no infill |
| Penuh pasir / sand-dressed | $12–22 | Mid — tufted short pile, sand sold separately |
| Non-isian (4G) | $15–25 | Higher — denser fiber to replace infill function |
| 3G with rubber | $18–30 | Most expensive — long pile, denser face, rubber infill included |
The spread between the cheapest needlepunch and the most expensive 3G is nearly 4× per m², which is why surface selection is the dominant cost lever on a MUGA project — more impactful even than order volume. A 1,200 m² school MUGA in needlepunch lands near $10,000 FOB; the same footprint in 3G rubber approaches $28,000. Both are valid choices; they simply serve different sports.
Berat & Containers
Surface type sets the weight per m², and weight per m² sets the shipping plan. Singkat, denser piles are lighter and pack tighter; long 3G piles are bulkier and reach the container threshold faster.
| Project | Carpet m² | Approx. Berat | Pengiriman |
|---|---|---|---|
| Light MUGA (needlepunch) | ~648 m² | ~1 tonne | Lcl |
| Standard school MUGA (berisi pasir) | ~1,200 m² | ~4.2 tonnes | 1 × 20 ft container |
| Full 3G pitch | ~2,400 m² | ~10.8 tonnes | 1 × 40 ft HQ, or LCL consolidation |
Needlepunch 648 m² (~1 t) → LCL
Sand-filled 1,200 m² (~4.2 t) → 1 × 20 ft
3G full pitch 2,400 m² (~10.8 t) → 1 × 40 ft HQ
Container planning is not just a freight decision — it interacts with the surface choice. A school that chooses 3G for a 1,200 m² footprint may cross into 40 ft container weight before filling the volume, where the same footprint in needlepunch sits comfortably in a 20 kaki. This is why the surface, the m², and the container plan are a single coupled decision, not three separate ones.
Sample PO: A School Multi-Pitch Complex (3 Standard MUGAs)
The worked purchase order below is a realistic three-MUGA school campus — each MUGA built to 40 m × 30 M, carpeted in sand-filled 2G turf in a single production batch, with multi-sport line inlays for netball, bola basket, tenis, and five-a-side football. The surface was chosen because the school timetables hockey and tennis more heavily than football.
| Line Item | Quantity | Catatan |
|---|---|---|
| Pitch carpet (hijau, sand-filled 2G) | ~3,900 m² | 3 × 1,300 m², includes 8% trim & line allowance |
| Gulungan (4 m × 25 M) | ~39 rolls | 100 m² per roll, single production batch |
| Line turf (inlaid, 4 warna) | ~300 m² | Multi-sport overlays for 3 nada, within total order |
| Sand infill (rounded silica) | ~80 tonnes | Sourced locally, not shipped with carpet |
| Total carpet weight | ~9.8 tonnes | At ~2.5 kg/m² across 3,900 m² |
| Container | 1 × 40 ft HQ | 39 rolls of 2G carpet fill efficiently |
| FOB value (mid-tier) | $54,600–78,000 | At $14–20/m² FOB for sand-filled at scale |
Common Mistakes (MUGA-Specific)
Choosing the wrong surface for the primary sport. The single most expensive MUGA error. A 3G carpet specified for a hockey-dominant school produces a slow, unpredictable ball that hockey coaches refuse to play on; a short needlepunch specified for football destroys sliding behavior. Identify the primary sport before the surface, every time.
Ordering a single-sport line set when multi-sport lines were needed. A MUGA by definition hosts several sports. If the factory is quoted for tennis lines only, the netball, bola basket, and five-a-side overlays arrive as plain green and every line gets cut on site — slower, less precise, and more expensive than specifying the full multi-color line plan up front.
Ignoring EN 15330 dan EN 15312 performance standards. DI DALAM 15312 governs multisport surfaces (free-standing play equipment and surfacing); DI DALAM 15330 governs synthetic turf for sport. A carpet without the relevant test data may be cheap, but it will not pass a school or municipality procurement check — and will not perform as the sports require.
Forgetting that different surfaces need different base construction. A 3G pitch with rubber infill needs a shockpad and a porous engineered base. A needlepunch court can sit on a simpler macadam base. Specifying the carpet without specifying the base leads to a surface that performs poorly or fails drainage within a season.
Underestimating waste from multi-color line inlays. Each inlaid sport line is cut from a separate colored roll, and the offcuts from each color do not transfer to the next. A 4-sport line plan can add 5–8% to the carpet order versus plain green — an amount buyers miss when they calculate waste only on perimeter trim.
Pertanyaan yang Sering Diajukan
How much artificial grass do I need for a MUGA?
There is no fixed answer, because a MUGA has no fixed size. Measure your rectangle, add 8–12% for perimeter trim and line inlays, and convert to rolls. A small 18 m × 36 m court orders ~700 m² (7 gulungan); a full 60 m × 40 m multisport pitch orders ~2,600 m² (25 gulungan). The calculator above does this for any footprint.
Which surface type is best for a multisport field?
It depends on the primary sport. Football → 3G (40–50 mm) with rubber infill. Hockey → sand-dressed (18–22 mm). Tennis → sand-filled (20–24 mm). If football and hockey are genuinely equal priority, choose the FIFA-FIH compromise: 30–45 mm texturized fiber. Each option has a different price, berat, and roll requirement.
What is the FIFA-FIH compromise pile height?
FIFA and FIH jointly recommend 30–45 mm of texturized (curled) fiber for community and school pitches that must serve both football and hockey. The curl lets a longer pile behave like a shorter one for hockey ball roll, while still cushioning football play. It is not certified for elite competition in either sport — it is a deliberate versatility trade-off.
How many sport line sets can one MUGA carry?
Typically three to five — netball, bola basket, tenis, five-a-side football, and occasionally hockey, each in a different colored inlaid fiber. Each line set is cut from a separate colored roll, adding roughly 5–8% to the carpet order. Specify the full multi-sport line plan at quotation so the factory inlays the lines, rather than cutting them on site.
How does surface type affect shipping?
Heavily. A 648 m² needlepunch MUGA weighs ~1 tonne and ships as LCL. A 1,200 m² sand-filled school MUGA weighs ~4.2 tonnes and fills a 20 ft container. A 2,400 m² full 3G pitch weighs ~10.8 tonnes and typically needs a 40 ft high-cube. The pile height sets both the weight per m² and how densely rolls pack, so surface choice and container plan are coupled decisions.
Know your dimensions and priority sports? Send us your site details atau request a direct quote — we return a tailored bill of materials covering surface recommendation, carpet m², roll count, line-turf split, berat, container plan, and FOB pricing within 24 jam. Relyir has manufactured sports artificial grass since 2006, exporting to 50+ negara.