Costs and Buying

Motorized Awning Cost: Full Price Breakdown for 2026

Quick answer

An installed motorized retractable awning typically costs $2,500 to $9,000 in the US in 2026, and large or premium systems can reach $10,000 to $20,000 or more. Adding a motor to a compatible awning costs about $400 to $1,300 in parts, a wind sensor $100 to $400, a smart hub $100 to $300, and an electrician $200 to $800 if you need new outdoor power.

A motorized retractable awning typically costs $2,500 to $9,000 installed in the US, with large, wide or premium cassette systems reaching $10,000 to $20,000 or more. If you already own a compatible awning, motorizing it costs about $400 to $1,300 in parts, plus $100 to $400 for a wind sensor and $200 to $800 for an electrician if you need a new outdoor outlet or hardwired circuit.

This page breaks down each part of that price so you can read quotes line by line. For prices on manual retractables and other awning types, see the complete awning cost guide, and for a quick estimate with your own size, use the awning cost calculator.

Motorized awning cost breakdown

Typical motorization line items, 2026 (US)
ComponentTypical costWhat it does
Tubular motor (parts, for compatible awning)$400 to $1,300Sits inside the roller tube and drives extension and retraction
Remote or wall switchOften included; extra remotes cost moreBasic open, close and stop control
Wind or motion sensor$100 to $400Retracts the awning automatically when wind or shaking exceeds a set threshold
Sun sensorOften bundled with wind sensorExtends the awning in strong sun when you are away
Smart hub or bridge$100 to $300App, scheduling and voice assistant control
Electrician for outlet or hardwired circuit$200 to $800Provides weatherproof power at the awning
Installation labor (whole awning)$300 to $1,500Mounting; higher for masonry, soffit, roof or second storey

Factory-motorized units from dealers usually bundle the motor, remote and installation into one price. Direct-to-consumer brands more often sell the motor as an upgrade at checkout. Either way, ask for the sensor, hub and electrical work to be listed separately so you can compare quotes. The guide to awning motors explains motor sizing and types.

What separates a cheap motor from an expensive one

Most awning motors are tubular motors that slide inside the roller tube. Price differences come from:

  • Torque rating. Wider and deeper awnings need more torque to lift the arms and roll the fabric. An undersized motor strains, runs hot and fails early. The manufacturer matches torque to the awning size; do not substitute a smaller motor to save money.
  • Control protocol. Somfy, a major motor maker, uses its RTS radio protocol on many awning motors and the two-way io-homecontrol protocol on others. Two-way motors can report their position back to a hub, which matters for automation. Other brands use their own radio systems. Protocol determines which remotes, sensors and hubs will work.
  • Limit setting and obstacle detection. Better motors offer electronic limit setting and features that reduce strain on the fabric at the end of travel.
  • Manual override. Some systems include a crank override so you can retract the awning during a power outage. This is valuable in storm-prone areas.

Note: Mixing brands can work but is a common source of compatibility trouble. If you plan to add sensors or a hub later, confirm now which protocol the motor uses and which accessories support it. The smart home awning control guide covers integration options.

Power options and electrical costs

A motorized awning needs 120-volt power near one end of the roller tube (some smaller units use battery or solar packs instead). There are three usual setups:

  1. Plug into an existing outdoor outlet. The cheapest option if a GFCI-protected weatherproof outlet sits within cord reach. Cost: often nothing beyond a cord cover.
  2. New dedicated outdoor outlet. An electrician adds a GFCI outlet with an in-use cover near the mount. This typically falls at the lower to middle part of the $200 to $800 range, depending on how far the circuit runs.
  3. Hardwired circuit. The motor is wired into a junction box, often with a wall switch. Cleaner looking and common in dealer installs, usually at the middle to upper part of the range. Local code may require a permit.

Battery and solar-powered motors avoid wiring but are typically limited to smaller, lighter awnings and need periodic battery attention. They suit sites where running a circuit would be difficult.

Worked example: a 14 x 11 ft motorized awning

Worked example

A homeowner orders a mid-tier 14 ft wide x 11 ft projection motorized retractable for a wood-framed rear wall with no outdoor outlet near the mount. They want automatic wind retraction and phone control.

  • Motorized awning unit with remote: $4,000
  • Wind sensor: $250
  • Smart hub: $200
  • Professional installation, wood-framed wall, first storey: $600
  • Electrician, new GFCI outdoor outlet on a short circuit run: $350

Total: $4,000 + $250 + $200 + $600 + $350 = $5,400.

Of that, motorization-related items beyond the base awning (sensor, hub, electrical) add $800, or about 15% of the total ($800 / $5,400 = 0.148). Dropping the hub but keeping the sensor brings it to $5,200 with no loss of wind protection.

Motorizing an existing manual awning

Retrofitting is economical only if the awning is designed to accept a motor. In a compatible awning, the installer removes the crank gearbox, inserts the tubular motor in the roller tube with the correct adapters, sets limits and connects power.

Worked example: retrofit vs. replace

Retrofit: motor $800 + wind sensor $200 + labor $300 + electrician $350 = $1,650.

Replace with a new installed motorized awning of the same size: about $4,500.

Retrofitting saves about $2,850 if the frame, arms and fabric are in good condition. If the fabric is also near the end of its life, add a $500 to $2,000 re-cover to the retrofit, which narrows the gap to roughly $650 to $2,350 and makes a full replacement worth pricing.

Read converting a manual awning to motorized for the compatibility checks before ordering parts.

When motorization is worth the money

Motorized vs. manual: decision guide
SituationRecommendationWhy
Awning wider than about 12 ft or projection over 10 ftMotorizeCranking a large awning takes many turns and real effort
You leave it out while at work or awayMotorize with a wind sensorAutomatic retraction prevents wind damage
Mobility limits or older household membersMotorizeRemoves the physical effort
Small awning used occasionally in a sheltered yardManual is fineMotor adds cost and a component to maintain
Rental property or short ownership horizonManual, motor-readyKeeps the upgrade open without paying now

The strongest financial argument for a motor is not convenience but protection. A wind sensor only works with a motor, and wind is the leading cause of serious retractable awning damage. Most retractable fabric awnings should come in at sustained winds of roughly 20 to 25 mph, or whatever the manufacturer specifies. A single bent arm or torn fabric repair can cost a large share of the motor price. For a deeper comparison, see motorized vs. manual awnings, and for sensor setup, awning wind and sun sensors.

Watch for: a wind sensor reduces risk but does not make an awning storm-proof. Sensors react to gusts after they start, and they cannot help in rain or snow loading. Retract the awning manually before storms and never leave it extended in heavy rain or snow.

Running and upkeep costs

Electricity use is negligible: the motor runs for well under a minute per cycle. The real long-term costs are:

  • Motor replacement: tubular motors often last 10 years or more, and typical motor warranties are about 5 years. A replacement motor falls within the $400 to $1,300 parts range plus labor.
  • Remote and sensor batteries: minor, but a dead sensor battery silently disables wind protection. Test the sensor each season.
  • Fabric: motorized and manual awnings wear fabric at the same rate; plan $500 to $2,000 for a re-cover every 8 to 15 years with acrylic.

When a motor stops responding, the cause is often simple (tripped GFCI, lost remote pairing, thermal cutoff after repeated cycles). The motorized awning troubleshooting guide walks through checks before calling for service. Warranty coverage for motors and labor is explained in awning warranties.

Frequently asked questions

How much does it cost to add a motor to an awning?

Adding a motor to a compatible retractable awning typically costs $400 to $1,300 for parts, plus installation labor. If there is no outdoor outlet nearby, an electrician usually charges $200 to $800 for a new outlet or hardwired circuit. A wind sensor adds $100 to $400 and is strongly recommended with any motor.

Is a wind sensor necessary on a motorized awning?

It is not required, but it is the accessory most likely to save you money. Wind is the main cause of serious retractable awning damage. A wind or motion sensor, typically $100 to $400, retracts the awning automatically when movement exceeds a set threshold, which matters most when nobody is home to bring it in.

Do motorized awnings need a permit?

The awning itself often does not, but new electrical work may. Many jurisdictions require a permit for a new circuit or hardwired connection, and a licensed electrician will know the local rules. HOAs may also require design approval for the awning. Confirm with your building department before installation.

Can a motorized awning be operated during a power outage?

Only if the system includes a manual override or a battery backup. Some motors offer a crank override for emergencies. Without one, the awning stays where it is until power returns, so in storm-prone areas, ask the dealer about override options and retract the awning before severe weather arrives.

How long do awning motors last?

Tubular awning motors commonly last 10 years or more with normal use. Typical motor warranties run about 5 years, though terms vary by manufacturer and dealer. Running the motor repeatedly in a short time can trigger its thermal cutoff, which is protective and not a fault; it resets after the motor cools.

Sources and further reading

  • Somfy: product information on RTS and io-homecontrol motor protocols and the TaHoma hub
  • National Fire Protection Association: NFPA 70, National Electrical Code (outdoor receptacle and GFCI requirements)
  • European Committee for Standardization: EN 13561, External blinds and awnings: performance requirements including safety
  • Professional Awning Manufacturers Association (PAMA): consumer resources on awnings

How we write our guides: figures are typical US ranges checked against manufacturer documentation, published standards and installer pricing. Read our editorial standards. Spotted an error or outdated detail? Request a correction.