Home Golf Simulator Room Dimensions: Full Guide

Home Golf Simulator Room Dimensions: The Complete Guide to Sizing Your Space

By the Setup & Technical Writer | July 16, 2026

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Quick Answer: The absolute minimum room for a functional home golf simulator is 10 ft wide x 15 ft deep x 8.5 ft tall. But if you want a comfortable, full-swing experience with no compromises, aim for 15 ft wide x 20 ft deep x 10 ft tall. Everything below this line is the “why” and “how” behind those numbers.

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Table of Contents

1. Why Room Dimensions Matter More Than You Think
2. The Three Critical Measurements
3. Minimum vs. Recommended: Room Size Charts
4. Ceiling Height: The #1 Dealbreaker
5. Room Width: Clearance for Every Club
6. Room Depth: The Full Flight Path
7. Left-Handed vs. Right-Handed: Dual-Swing Considerations
8. Ceiling-Mounted vs. Floor-Mounted Sensors
9. Garage-Specific Considerations
10. Basement-Specific Considerations
11. Spare Room / Bedroom Conversion
12. Room Shape: Square vs. Rectangle vs. Irregular
13. Ventilation, HVAC, and Moisture Control
14. Floor Loading and Structural Considerations
15. Room Dimension Worksheet (Printable)
16. FAQ: Room Dimensions
17. Next Steps: What to Do After Measuring Your Space

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Why Room Dimensions Matter More Than You Think

A golf simulator is a spatial system – every component depends on the others. The screen size determines your projector throw distance. The projector throw distance determines where you mount it. The mounting location eats into your room depth. Your swing arc defines lateral clearance. And ceiling height dictates whether you can swing a driver at all.

Getting the dimensions wrong is the most expensive mistake you can make. A too-short room means you can’t use a full-size screen. A too-low ceiling means you can’t swing a driver. A too-narrow room means you and your screen are both getting hit by errant shots. For quick reference, see our golf simulator room dimensions overview and the golf simulator 8-foot ceiling guide for low-clearance spaces.

Measure first. Buy second. Install third. That’s the rule.

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The Three Critical Measurements

Every home golf simulator needs three numbers before anything else:

1. Ceiling Height

The number that kills more projects than any other.

Club	Recommended Clearance
Putter	7 ft
Wedge (60 deg)	8 ft
9-iron	8.5 ft
6-iron	9 ft
3-wood	9.5 ft
Driver	10 ft

The math: Stand in your golf stance. Measure from the floor to the top of your backswing (the butt of the club at the highest point). Add 6-12 inches of safety margin. That’s your minimum ceiling height.

The rule of thumb: If your ceiling is under 8 ft, you can’t swing anything longer than a mid-iron safely. If it’s under 9 ft, you’re limited to fairway woods at best. If it’s 10 ft+, you can swing anything.

The trick: Ceiling height is measured from the finished floor to the lowest overhead obstruction – not the peak of the ceiling. If you have a dropped ceiling, HVAC ducts, ceiling fans, light fixtures, or exposed joists, measure from the floor to the lowest point of those obstructions.

2. Room Width

This determines your screen size and lateral safety.

Setup	Minimum Width	Recommended Width
Single right-handed player, narrow screen	10 ft	12 ft
Single player, wide screen (10 ft+)	12 ft	14 ft
Left + right handed players (alternating)	14 ft	16 ft
Two players swinging simultaneously	18 ft	20 ft+

The math: Your screen width + 2 ft of buffer on each side for safety. A 10 ft wide screen needs a 14 ft wide room minimum. You need room to stand beside the hitting area (not behind it) for setup, and you need lateral clearance for your swing arc.

3. Room Depth

This determines your screen size, projector placement, and safety zone.

Setup	Minimum Depth	Comfortable Depth	Ideal Depth
Floor sensor, short throw projector	15 ft	18 ft	20 ft
Ceiling sensor, short throw projector	16 ft	20 ft	22 ft
Floor sensor, standard throw projector	18 ft	22 ft	25 ft
Ceiling sensor, standard throw projector	20 ft	24 ft	28 ft

The math: Distance from screen to hitting mat (8-10 ft) + hitting mat to back wall/buffer (2-3 ft) + behind-player space (3-4 ft) + projector throw distance (4-12 ft depending on projector).

The critical rule: You need at least 8 ft of ball flight between the hitting mat and the impact screen. This gives the launch monitor enough time to read the ball, and it gives you enough reaction time to not hit the follow-through into the screen.

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Minimum vs. Recommended: Room Size Charts

Standard Configurations

Configuration	Width	Depth	Ceiling	Best For
Ultra-Compact	10 ft	15 ft	8.5 ft	Apartments, spare closets, absolute minimum
Compact	12 ft	16 ft	9 ft	Small garages, spare bedrooms
Standard	14 ft	18 ft	9.5 ft	2-car garage, finished basement
Comfortable	15 ft	20 ft	10 ft	Dedicated room, 3-car garage
Premium	18 ft	24 ft	11 ft	Custom build, commercial-quality
Luxury	20 ft+	28 ft+	12 ft+	Indoor driving range feel

By Screen Size

Screen Size	Minimum Room Width	Minimum Room Depth	Minimum Ceiling
8 ft x 8 ft	10 ft	15 ft	8.5 ft
9 ft x 8 ft	11 ft	16 ft	8.5 ft
9 ft x 9 ft	11 ft	17 ft	9.5 ft
10 ft x 8 ft	12 ft	16 ft	8.5 ft
10 ft x 9 ft	12 ft	17 ft	9.5 ft
10 ft x 10 ft	12 ft	18 ft	10.5 ft
12 ft x 8 ft	14 ft	16 ft	8.5 ft
12 ft x 9 ft	14 ft	17 ft	9.5 ft
12 ft x 10 ft	14 ft	18 ft	10.5 ft
14 ft x 10 ft	16 ft	18 ft	10.5 ft
16 ft x 10 ft	18 ft	20 ft	10.5 ft

By Launch Monitor Type

Launch Monitor Style	Min Depth to Screen	Notes
Radar-based (Trackman, Full Swing)	10-12 ft	Needs ball flight for radar tracking
Photometric flush-floor (Uneekor QED, Eye XO)	8-10 ft	Reads at impact, less depth needed
Photometric side-mount (Uneekor Eye Mini, SkyTrak)	8-10 ft	Sits on floor beside hitting area
Ceiling-mounted radar (FlightScope Mevo+)	8-10 ft	Ceiling mount saves floor space
Wearable (Garmin R10, MLM2Pro)	8-10 ft	Behind player, needs clear line of sight

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Ceiling Height: The #1 Dealbreaker

This deserves its own deep dive because it’s the single most common reason people can’t build a home simulator.

Standard Ceiling Heights by Room Type

Room Type	Typical Ceiling Height	Simulator Viability
Basement (finished)	7.5-8 ft	Usually too low
Basement (unfinished, joists exposed)	7-8 ft	Too low
Basement (new construction, 9 ft)	9 ft	With fairway wood limit
Main floor (8 ft standard)	8 ft	Wedge/iron only
Main floor (9 ft vaulted)	9 ft	Partial swing
Garage (standard)	8-9 ft	Check with a club
Garage (tall/tilt-up)	10-12 ft	Ideal
Garage (modified truss)	10-14 ft	Ideal
Pole barn / shop	12-16 ft	Luxury
Dedicated addition	10-12 ft	Ideal

How to Gain Ceiling Height (If You Need It)

Option 1: Remove the ceiling

• If you have a drop ceiling, remove the tiles and grid. Expose the joists above. You can gain 4-8 inches.
• Cost: $0-$200 (DIY)
• Risk: Low – you can always reinstall

Option 2: Garage door track modification

• A standard garage door opener hangs 12-18 inches below the ceiling. A side-mount (jackshaft) opener like the LiftMaster 8500W mounts on the wall beside the door, reclaiming that full height.
• Cost: $350-$500
• Risk: Moderate – requires wiring and door adjustment

Option 3: Raise the garage door tracks

• If your garage door in the open position sits below your ideal swing height, you can have the tracks adjusted to follow the ceiling angle more closely.
• Cost: $150-$400
• Risk: Low – standard garage door service

Option 4: Remove ceiling fan / light fixtures

• Obvious, but worth saying. A ceiling fan or pendant light directly above your hitting area is a golf swing magnet.
• Cost: $0-$50
• Risk: Low

Option 5: Trench the floor

• If you have a garage with a concrete slab, you can dig down 4-8 inches, repour a new slab, and gain that height. This is expensive but effective.
• Cost: $3,000-$8,000
• Risk: High – structural, drainage, and permitting issues

Option 6: Build a platform hitting area

• If your ceiling is low but you can’t easily raise it, lower the floor under your feet by building a recessed platform. In a garage, this means cutting into the slab.
• Alternative: Use a lower-profile hitting mat or a stance mat that sits flush with the floor.

The Driver Swing Test

Here’s how to check your ceiling height in 30 seconds:

1. Take your driver (or longest club)
2. Stand in your normal address position
3. Slowly swing to the top of your backswing
4. If the clubhead touches the ceiling, you need more height
5. Hold that position and have someone measure from the clubhead to the ceiling
6. That gap is your available margin

Pro tip: Wear a baseball cap during swings. If the brim consistently hits the ceiling, you’re swinging too close. If you find yourself instinctively shortening your backswing, the ceiling is too low.

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Room Width: Clearance for Every Club

Room width is about safety and comfort. Too narrow, and you’re afraid to swing. Too narrow, and lefty/righty switching is a pain.

Calculating Lateral Clearance

For a right-handed player:

• The ball is typically positioned 2-3 ft left of the center of the hitting area
• The swing arc extends approximately 4-5 ft to the right of the ball at the top of the backswing
• At the finish, the body follows through to approximately 3-4 ft left of the ball

Minimum safe width = Ball position offset + Swing arc + Follow-through arc + 2 ft walls

Example (right-handed, centered hitting):

• Ball position: 2 ft right of center
• Swing arc: 4 ft to the right
• Follow-through: 3 ft to the left
• Wall clearance: 2 ft total
• Room width needed: 2 + 4 + 3 + 2 = 11 ft (12 ft is safer)

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Room Depth: The Full Flight Path

Depth is the dimension people most often get wrong. They measure from the screen to the back wall and think that’s enough. But you need to account for multiple zones.

Depth Breakdown

• Screen-to-mat: 8-10 ft minimum – ball flight distance and launch monitor reading zone
• Mat depth: 4-5 ft – your stance and swing space
• Mat-to-back-wall: 2-3 ft – behind-player buffer
• Back-wall-to-projector: 4-12 ft – projector throw distance (if rear-mounted)

Total depth: 15-28 ft depending on configuration

Front-Projection vs. Rear-Projection

Front-projection (projector in front of the screen, typically ceiling-mounted):

• Projector is mounted behind the hitting area, above the player
• Saves depth – no projector takes space behind the screen
• More common for home setups
• Requires ceiling mount + projector above/near hitting area

Rear-projection (projector behind the screen):

• Projector sits behind the screen, aimed at the screen’s back side
• Requires 4-12 ft of depth behind the screen
• Better image quality (no shadows from player)
• Requires more total room depth
• Rare in residential setups; more common in commercial

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Left-Handed vs. Right-Handed: Dual-Swing Considerations

If you have both left-handed and right-handed players, you need more width.

Single Hitting Area (Shared Mat)

• Right-handed player stands on the right side of the mat, ball on the left
• Left-handed player stands on the left side of the mat, ball on the right
• The ball position is the same physical spot, but the player stands on opposite sides

Minimum room width for dual-swing: 14 ft Recommended room width for dual-swing: 16 ft+

Dual Hitting Areas (Side-by-Side)

If you want two hitting areas so two players can warm up simultaneously:

Minimum room width for dual-area: 20 ft Recommended room width for dual-area: 24 ft

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Ceiling-Mounted vs. Floor-Mounted Sensors

Your launch monitor choice affects your room requirements.

Ceiling-Mounted (Uneekor Eye XO, Uneekor QED, Trackman Ceiling Mount)

Pros:

• Zero floor footprint – nothing to trip over
• No alignment needed per session
• Always in the same position, consistent readings
• Cleaner look

Cons:

• Requires ceiling height above the hitting area (at least 8.5 ft for most units)
• Installation is more complex (mounting bracket, cable routing)
• Harder to adjust if you want to move the hitting area

Floor-Mounted (SkyTrak, Garmin R10, FlightScope Mevo+, MLM2Pro)

Pros:

• Portable – can take it to the range
• Easier to set up and adjust
• Generally cheaper

Cons:

• Takes up floor space
• Can be bumped or moved during play
• Needs alignment before each session
• Trip hazard with cables

Hybrid (Uneekor Eye Mini Lite, Square Golf Omni)

Pros:

• Sits on the floor beside the hitting area
• Small footprint
• Easy to set up

Cons:

• Still takes some floor space
• Needs to be positioned correctly relative to the hitting area

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Garage-Specific Considerations

The garage is the most popular location for home golf simulators. Here’s what you need to know.

Standard Garage Sizes

Garage Type	Typical Width	Typical Depth	Typical Ceiling
1-car garage	10-12 ft	18-22 ft	8-9 ft
2-car garage	18-22 ft	18-22 ft	8-9 ft
3-car garage	28-32 ft	20-24 ft	8-10 ft
Tandem garage	10-12 ft	36-40 ft	8-9 ft

Critical Garage Considerations

1. Garage Door

• The garage door, when open, blocks the ceiling height near the door
• The door track and opener mechanism hang below the ceiling
• Solution: Side-mount opener + high-lift door track conversion
• If the door opens into the room (overhead door), it’s fine – you just lose that space

2. Garage Floor Slope

• Most garage floors have a slight slope (1/4 inch per 8 ft) toward the door for drainage
• This means your hitting mat may not be level
• Solution: Self-leveling mat base or shim the mat

3. Temperature and Humidity

• Garages are rarely climate-controlled
• Extreme temperatures affect electronics (projector, PC, launch monitor)
• Humidity can cause screen sag, mold, and rust
• Solution: Insulate the garage door, add a mini-split HVAC unit, use a dehumidifier

4. Concrete Floor

• Standing on concrete for hours is hard on joints
• Solution: Exercise mats, anti-fatigue mats, or a dedicated turf platform
• Concrete is also cold – consider radiant floor heating or a thick rug under the mat

5. Parking the Car

• If you still need to park in the garage, you need a retractable or movable screen
• Some systems use a rolling curtain or a screen that lifts to the ceiling
• This adds complexity and cost but preserves the space for dual use

Garage Conversion Checklist

• Measure ceiling height with garage door open and closed
• Measure depth with the car parked (if keeping it)
• Check for HVAC ducts, water heater, laundry area
• Check for floor drain (will the mat cover it?)
• Check electrical panel location (need 20A dedicated circuit)
• Check for windows (light bleed, projection issues)
• Plan for ventilation (if no windows, need mechanical)
• Insulate garage door (adds R-value, reduces noise)
• Plan storage for tools, bikes, other garage items

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Basement-Specific Considerations

Basements are the second most popular location. They have their own challenges.

Critical Basement Considerations

1. Ceiling Height

• This is the #1 basement dealbreaker
• Typical finished basement ceiling: 7.5-8 ft
• Unfinished basement with exposed joists: 7-8 ft to bottom of joists
• New construction basements: sometimes 9 ft

2. HVAC Ducts and Plumbing

• Ducts, pipes, and beams often run below the ceiling
• These are lower than the ceiling itself – measure to the lowest obstruction
• A single duct can kill your swing clearance

3. Flooring

• Carpet isn’t ideal – you want something you can walk on in golf shoes
• Concrete subfloor is common – consider a subfloor system (DMX, Dricore) for moisture protection
• If you’re installing turf, go over a foam underlayment

4. Moisture and Humidity

• Basements are prone to moisture
• Electronics, screens, and turf don’t do well in damp environments
• Solution: Sump pump, dehumidifier, vapor barrier under the floor

5. Egress and Access

• If you’re bringing a large screen or enclosure into a basement, measure the stairs and doorways
• Some enclosures come in long boxes (8-10 ft) – they may not fit around corners
• Solution: Assemble the enclosure in the basement (most come in flat packs)

Basement Conversion Checklist

• Measure ceiling height at lowest point (ducts, beams, pipes)
• Check for water damage or moisture issues
• Test for radon (if applicable in your area)
• Check stairway width for equipment delivery
• Plan for ventilation (most basements have limited airflow)
• Check electrical capacity (reduce load from other basement circuits)
• Plan lighting (most basements have limited natural light – good for projection, bad for ambiance)

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Spare Room / Bedroom Conversion

Converting a spare bedroom into a simulator room is possible but has specific constraints.

Typical Bedroom Sizes

Room Type	Typical Width	Typical Depth	Typical Ceiling
Small bedroom	10 ft	10 ft	8 ft
Medium bedroom	12 ft	14 ft	8 ft
Large bedroom	14 ft	16 ft	8-9 ft
Master bedroom	16 ft	20 ft	8-9 ft

Bedroom Conversion Considerations

1. Closet Space

• You can use the closet for PC, projector, or storage
• Remove closet doors for additional room depth
• Some people build the screen inside the closet opening and hit from the room

2. Windows

• Windows cause light bleed during daytime projection
• Blackout curtains are essential (and they help with sound dampening too)
• South-facing windows get the most light – and the most heat

3. Carpet vs. Hardwood

• Carpet is fine for the hitting area over a mat
• Hardwood is better for rolling putts
• Both can work – just need a hitting mat on top

4. Door Swing

• Inward-opening doors eat into your room depth
• Consider reversing the door swing or replacing with a pocket door
• A sliding barn door is a popular option but offers poor sound isolation

Bedroom Conversion Checklist

• Measure the room with the door closed
• Check window light (test with a projector at different times of day)
• Plan for blackout curtains
• Consider closet conversion for PC/server room
• Check for ceiling fan (remove or relocate)
• Plan for ventilation (bedrooms have HVAC, but may need supplement)
• Consider soundproofing (drywall + green glue + mass-loaded vinyl)

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Room Shape: Square vs. Rectangle vs. Irregular

Square Rooms (e.g., 12 ft x 12 ft)

Challenge: You need 15-20 ft of depth for a proper setup. Square rooms often don’t have enough depth.

Workaround: Place the screen diagonally across the corner. This gives you a longer hitting distance but uses a non-rectangular screen area. Not ideal – most simulator software expects a rectangular screen.

Better option: Use a shorter throw projector and a smaller screen.

Irregular Rooms (L-shaped, alcoves, angled walls)

Challenge: Finding a clear, rectangular hitting zone.

Workaround: Measure the largest rectangular area you can create. If you have an alcove, use it for the projector or PC. If you have an angled wall, build the screen against the longest straight wall.

Open Concept Rooms

Challenge: No walls to mount the screen against.

Workaround: Free-standing enclosure systems like the Carl’s Place DIY enclosure or the Screen Bay Pro. These are self-supporting and don’t require wall mounting. They’re more expensive but work in any open space.

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Ventilation, HVAC, and Moisture Control

Why Ventilation Matters

When you swing a golf club, you’re generating heat. When you hit 100 balls, you’re generating significant heat. A small room with a simulator can heat up 10-15F above ambient in an hour of play.

Ventilation Solutions

Solution	Cost	Effectiveness	Notes
Ceiling fan	$50-$200	Good	Air movement, cooling effect
Portable fan (floor)	$30-$100	Fair	Direct airflow
Window AC unit	$200-$600	Very Good	Small rooms, blocks window
Mini-split system	$2,000-$5,000	Excellent	Best for dedicated rooms
Ventilation fan (exhaust)	$100-$300	Good	Removes hot air, needs outdoor vent
Dehumidifier	$150-$400	Good	Essential for basements/garages

Temperature and Humidity Targets

Parameter	Target Range	Why
Temperature	65-75F	Comfort for swinging, within electronics spec
Humidity	40-55%	Prevents screen sag, mold, electronics damage
Airflow	Gentle, not turbulent	Strong airflow can affect radar-based launch monitors

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Floor Loading and Structural Considerations

Weight of a Simulator Setup

Component	Typical Weight
Impact screen (10x10)	15-25 lbs
Enclosure frame (EMT or aluminum)	40-80 lbs
Hitting mat (3x5, premium)	30-60 lbs
Turf flooring (per 100 sq ft)	40-60 lbs
Projector (ceiling mount)	15-30 lbs
PC tower	15-30 lbs
Total	150-300+ lbs

Most residential floors can handle this. The weight is distributed across the floor area. The only concern is if you’re putting a heavy enclosure on a second-story room with questionable floor joists. In that case:

• Spread the load with a plywood platform
• Place the enclosure over load-bearing walls if possible
• Avoid placing the hitting mat directly over a single joist span

Concrete Slab Floors (Garage, Basement)

Concrete slabs can handle the weight easily. The concern is:

• Moisture wicking through the slab (use a vapor barrier)
• Cold transfer (insulate between slab and mat)
• Cracks (fill them before laying turf)

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Room Dimension Worksheet (Printable)

Use this worksheet to measure your space before buying anything.

Room Measurements

Measurement	Your Value	Notes
Room width (narrowest point)	___ ft ___ in	Measure at floor level
Room depth (longest straight line)	___ ft ___ in	From screen wall to back wall
Ceiling height (lowest point)	___ ft ___ in	Include ducts, beams, fixtures
Door width	___ ft ___ in	For equipment delivery
Obstruction 1: ___	___ ft ___ in	Location and height
Obstruction 2: ___	___ ft ___ in	Location and height
Window location	___	Wall and distance from corners
Electrical outlet location	___	Count and location

Swing Clearance

Check	Your Value	Pass/Fail
Driver swing clearance (top of backswing)	___ in to ceiling	___
Driver swing clearance (horizontal)	___ in to walls	___
Other longest club clearance	___ in to ceiling	___
Follow-through clearance	___ in to walls	___

Final Verdict

Check	Result
Does the room fit the minimum screen size?	Yes / No
Is there enough depth for ball flight?	Yes / No
Can you swing your longest club?	Yes / No
Is there enough width for lateral clearance?	Yes / No
Can you mount the projector without hitting issues?	Yes / No
Overall verdict	Works / Needs changes / No

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FAQ: Room Dimensions

Q: Can I use a 7.5 ft ceiling if I only hit irons?

A: Yes, but measure carefully. Most people need at least 8 ft for a full wedge swing. At 7.5 ft, you’re limited to short irons and partial swings. You can also use a shorter club or choke down.

Q: Can I put the screen on a diagonal to get more depth?

A: Technically yes, but it’s not recommended. Simulator software expects a rectangular screen. A diagonal screen creates angle distortion and the image projection won’t align properly.

Q: Can I use a garage that’s 10 ft wide?

A: Barely. A 10 ft wide garage gives you about 8 ft of usable screen width (after 1 ft of frame on each side). That’s a narrow screen, but it works. You’ll have about 1-2 ft of lateral clearance on each side of the hitting area.

Q: Do I need to be able to swing a driver?

A: No. Many people build simulators with only iron swing clearance and are perfectly happy. If you can’t swing a driver, use a fairway wood or hybrid off the tee. The simulator software handles the distance adjustment.

Q: Can I build a simulator outdoors?

A: Yes, but it’s a different challenge. Outdoor simulators need weatherproofing, shade (for projection visibility), and protection from wind. Covered patios, carports, and gazebos are common outdoor locations. Note that radar-based launch monitors can be affected by wind.

Q: How do I measure throw distance for a projector?

A: Every projector has a “throw ratio” – usually listed as a range (e.g., 0.5:1 to 0.6:1). Multiply the throw ratio by your screen width to get the throw distance. For a 10 ft wide screen with a 0.5:1 throw ratio, the projector needs to be 5 ft from the screen. For standard throw (1.5:1), it needs to be 15 ft away.

Q: What if my room is too deep?

A: There’s no such thing as too deep for a simulator. You can always move the hitting mat closer to the screen. The only issue is if you’re using a standard-throw projector that needs to be behind the hitting area – you may need a longer HDMI cable.

Q: What’s the most common room size people actually use?

A: Based on community surveys and install data, the most common home simulator room is a 2-car garage that’s been converted, measuring approximately 20 ft wide x 20 ft deep x 9 ft ceiling. The second most common is a spare bedroom at 12 ft x 14 ft x 8 ft.

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Next Steps: What to Do After Measuring Your Space

1. Confirm your measurements – Measure twice, cut once. Have someone help you.
2. Decide on your screen size – Based on your room width minus 2 ft (1 ft per side for frame).
3. Choose your launch monitor – Based on your available depth. If you have less than 8 ft to the screen, eliminate radar-based units.
4. Select your projector – Based on your screen size and room depth. Use the throw ratio calculator.
5. Plan your electrical – You’ll need 1-2 dedicated 15A or 20A circuits, outlets near the hitting area, projector mount, and PC.
6. Check for permits – Some jurisdictions require permits for electrical work, structural changes, or garage conversions.
7. Measure your equipment delivery path – Can the enclosure box fit through your doorways?
8. Order your components – Screen, enclosure, hitting mat, projector, launch monitor, PC, turf, lighting.
9. Call a professional if needed – If you’re unsure about electrical, structural, or HVAC work, hire a licensed contractor.

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What’s Next in This Series

This guide is part of the Home Golf Simulator Setup Guide Series. Coming next:

• Projector Selection Guide – How to choose the right projector for your room size, budget, and screen type
• Screen and Enclosure Installation Guide – Step-by-step installation for impact screens and enclosures
• Lighting Setup Guide – Dark room vs. ambient light, placement, and dimming
• Turf and Flooring Installation Guide – DIY turf installation over concrete, wood, and carpet
• PC Requirements Guide – What you need to run GSPro, E6, and other sim software smoothly
• Wiring and Cable Management Guide – Running HDMI, USB, and power cleanly
• Sound System Guide – Speakers, subwoofers, and acoustic treatment for sim rooms
• DIY vs. Professional Installation Guide – Cost comparison, skill requirements, and when to hire help

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The Setup & Technical Writer covers everything you need to build, install, and maintain a home golf simulator for HomeGolfHero.com. Have a question about your room dimensions? Drop it in the comments.

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