What Does an Awning Cost and What to Look For?

Awnings are classic sun protection systems with a semicircular or straight hood and a characteristic appearance. The price of an awning depends on the material, finish, dimensions and method of operation.

1. Basic model Awnings – Wood or Aluminum

Please note: these are indicative prices for standard version in plain fabric with manual operation. Color finish, operating method and material selection influence the final price.

2. Operation – Surcharge (incl. VAT)

3. Fabric types and finish – Surcharge

4. Other options – Additional costs (incl. VAT)

In summary – Price range per type

The final price of an awning is determined by several technical and aesthetic choices. Dimensions, type of material, operation, and finish are the main cost-determining factors.

1. Dimensions (width × projection)

• Larger awnings require more fabric, a heavier frame, and stronger arms.
• A projection deeper than 120 cm significantly increases the price due to extra reinforcement.

Influence on price: High
Guideline: Every 50 cm of extra width increases the price by approx. €125 – €200.

2. Casing material

Price impact: Medium to high
Wood surcharge compared to aluminium: €75 – €150 per awning

3. Operating System

Price impact: Medium to high

4. Fabric type and finish

Price impact: Low to medium
Note: color fastness and coating affect lifespan

5. Side panels and extra finishing

• Side panels enhance aesthetics and sun protection, but incur additional costs.
• Decorative finishes (e.g. decorative trim, decorative knobs) also increase the price.

Additional charge for side panels: €150 – €250 per set
Other finishes: €30 – €100

6. Installation Conditions

• Installation on a ground-level facade is included in most price estimates.
• Installation on an upper floor, in a niche, or on a non-masonry facade requires extra time and fastening.

Additional charge for difficult installation: €75 – €200

Summary – Overview of Pricing Factors

The choice of awning model influences both the appearance and functionality of the system. Each model is tailored to specific applications, aesthetic preferences, and facade types.

1. Standard Model (straight)

Features

• Classic shape with straight sides
• Usually with wooden or aluminum casing
• Very suitable for windows and doors at the front of homes

Advantages

• Timeless appearance
• Good sun protection on the front and sides
• Many fabric options and colors available

Application
Houses, shops, restaurant facades

2. Pet Model (shortened projection)

Features

• Shallower projection (compact model)
• Straight or slightly angled sides
• Low wind load due to compact construction

Advantages

• Ideal for smaller windows or transom windows
• Suitable for narrow facades or limited space

Application
Transom windows, dormer windows, window strips

3. Folding model (hinged)

Features

• Equipped with side swivel arms
• Offers free passage under the fabric
• Flexible to set up (more light incidence possible)

Advantages

• Flexibility in use (open or half-closed)
• Wide visibility and ventilation possible

Application
Shops, restaurant facades, entrance areas

4. Facade-following model (custom-made)

Features

• Tailored to facade arch, bay window, or round shape
• Fully custom-produced
• Usually made of wood with traditional fittings

Advantages

• Seamless integration with classic or monumental facades
• Authentic appearance

Application
Monumental buildings, classic mansions, boutiques

5. Semi-closed/closed cassette models

Features

• Aluminum or plastic casing that protects the fabric and frame
• Suitable for situations with a lot of rain or dirt
• Modern design, often with clean lines

Advantages

• Low maintenance
• Protects fabric against weather influences
• Sleek, closed appearance

Application
Modern homes, apartments, commercial buildings

Summary – Comparison of Awning Models

When choosing an awning, the projection (how far the screen protrudes forward) and the width (measurement across the facade) are determining factors for both functionality and price. Larger dimensions require a heavier construction, extra fabric and reinforcements, which results in higher costs.

1. Width – Awning facade dimension

• Minimum width: approx. 80 cm (for transom windows, toilet windows)
• Maximum standard width: approx. 400 cm
  (larger widths possible as a coupled system or customisation)

Please note: for awnings wider than 300 cm, an aluminum frame is often required due to strength and wind load.

2. Projection – Depth of the awning

The projection determines the shading effect and the visibility under the screen. The greater the projection, the more sun protection, but also the more wind load and material usage.

Larger projection requires stronger arms and wider side caps. This increases material and assembly costs.

3. Combination of width and projection – Technical considerations

4. Price indication per dimension (incl. VAT, excl. assembly)

In summary – Selection criteria for projection and width

The way a canopy is operated determines its ease of use, comfort level, and the preparation required for installation. The choice between manual or electric also affects the price, installation conditions, and maintenance frequency.

1. Manual Operation

Winch with crank handle (standard)

• Operation via a crank rod connected to an eye mechanism
• Simple, mechanical operation without electricity
• Suitable for small to medium-sized awnings (up to approx. 3 meters wide)
• Low purchase and maintenance costs

Advantages

• Reliable, low maintenance
• No power supply required
• Very suitable for renovations without electrical preparation

Limitations

• Less practical for high or hard-to-reach windows
• Not suitable for heavy or large awnings

2. Electric operation

a. With wall switch

• Electric motor built into the awning system
• Operation via fixed wall switch inside or outside
• Connected to the mains power supply

Advantages

• Suitable for larger or heavier awnings
• One push of a button to roll in and out
• Long lifespan with correct use

Price indication additional charge

• €150 – €250 (incl. VAT, excl. assembly)

b. With remote control

• Version with integrated receiver in the motor
• Remote control via handheld transmitter or wall-mounted transmitter
• Available as a single-channel or multi-channel system

Advantages

• Complete freedom of use
• Multiple awnings can be operated individually or simultaneously
• Aesthetic: no visible switches required

Price indication additional cost

• €200 – €325 (incl. VAT, excl. assembly)

c. Fully automatic control

• Equipped with sun, wind, or rain sensors
• Fully automatic operation based on weather conditions
• Can be combined with timers or smart home systems

Advantages

• Optimal use without manual intervention
• Prevents damage during sudden weather changes
• Energy saving when adjusted correctly

Price indication additional charge

• €300 – €450 (depending on sensor configuration)

3. Smart Home / Home Automation Integration

• Connection with systems such as Somfy TaHoma, KNX, Homey or Google Home
• Control via app or voice command
• Automated scenes possible (e.g. in combination with lighting or security)

Advantages

• Full automation of sun shading
• User-friendly and future-proof
• Suitable for energy-efficient housing concepts

Additional charge

• €75 – €150 extra for motor with compatibility

Summary – Overview of Operating Types

The top cover is the covering element above the awning that protects the fabric and the frame when the awning is retracted. The choice of a top cover affects the lifespan, appearance, and maintenance requirements of the system.

1. Function of the Top Cover

• Protects the fabric from rain, snow, UV radiation, and dirt
• Extends the lifespan of both the fabric and the frame
• Reduces maintenance frequency and color fading
• Prevents water from entering the frame during rainfall

Recommended for facades without a roof overhang or where the awning is fully exposed to the elements.

2. Available Materials

3. Versions and dimensions

• Standard version: closed top cap in the same width as the awning
• Extended cap: extra sloping cap for better protection against rain
• Including side panels: for complete protection of the sides (optional)

4. Cost Estimate (incl. VAT, excl. assembly)

Note: some standard awning models include a simple top cover. Luxury finishes or extended covers are available at an additional cost.

5. Maintenance and durability

Summary – Considerations when choosing a cap

When choosing an awning, it is essential to consider a number of technical, aesthetic, and practical aspects in advance. The following questions support an efficient and focused orientation.

1. What is the purpose of the awning?

• Is sun protection the primary purpose?
• Should the awning contribute to heat protection, privacy, or facade enhancement?
• Is a traditional or modern look desired?

Advice: Define the intended use to select the right model and material.

2. What dimensions are needed?

• What is the width and height of the window or facade?
• How far can the awning extend (projection)?
• Is there sufficient free space on the sides or above the window?

Advice: Always have an accurate measurement taken for a suitable proposal.

3. Which material choice suits the situation?

• Preference for wood (classic) or aluminum (modern and low-maintenance)?
• Is the building monumental or architecturally designed?
• Is the fabric regularly exposed to extreme weather conditions?

Advice: Material choice affects both appearance and maintenance needs.

4. What operation is desirable?

• Manual operation or electric operation with a switch?
• Is wireless operation or automation desired?
• Are there existing power connection points available?

Advice: With electric operation, cabling or power supply (e.g. via solar) must be taken into account during installation.

5. Is protection against precipitation or pollution needed?

• Is the awning under a roof overhang or is it completely freestanding?
• Is a top cover or side panels needed for extra protection?

Advice: Good protection extends the lifespan of the fabric and construction.

6. What are the local circumstances?

• Is the facade facing south or west? (more sun exposure)
• Is the location sensitive to wind or sheltered?
• Is a permit required for placement on the front of the property?

Advice: Environmental factors determine the type of construction, fabric, and mounting.

7. What is the available budget?

• Are the investment costs leading, or is there room for more comfort and sustainability?
• Is installation included?
• Are there any subsidy options or combinations with other home improvements?

Advice: Always have multiple quotes drawn up based on the same specifications.

In summary – Checklist for a complete quote request

Awnings are durable sun protection solutions, provided they are properly maintained. Regular cleaning and inspection prevent wear, discoloration, and technical defects. Good maintenance extends the lifespan of the fabric, frame, and operating components.

1. Cleaning the fabric

• Frequency: at least once a year, preferably in spring
• Method:
• Use lukewarm water and a soft brush
• Avoid pressure washers and aggressive cleaning agents
• If necessary, use neutral soap (no bleach)
• Tip: let the cloth dry completely before folding to prevent mildew

2. Inspection of the frame and moving parts

• Frequency: Check annually for wear or damage
• Parts to check:
• Hinge points, guides, and fastenings
• Movement of the arms and side panels
• Wear on the fabric cables or pulleys for larger awnings

Maintenance:

• Use a silicone spray for smooth hinges
• Check the mounting points for looseness or corrosion

3. Check operating system

• Manual operation: check the winding mechanism for smoothness and any deformation of the operating mechanism
• Electric operation:
• Have the motor and wiring checked periodically by a specialist
• Keep the remote control and sensors clean and dry

Note: have stuck operation repaired in time to prevent damage to the frame or fabric

4. Limit weather influences

• Do not extend the awning in strong winds (> wind force 5) or heavy rain
• Retract the system during prolonged absence
• Ensure the fabric does not remain wet for extended periods to prevent mold and discoloration

Tip: use a rain sensor or wind protection for electric models

5. Maintenance of wooden parts

• Frequency: check the paint layer or stain every 2–3 years
• Treatment:
• Sand and repaint in time to prevent wood rot and moisture problems
• Use durable, moisture-resistant exterior paint

Alternative: consider an aluminum version, preferably for low-maintenance systems

6. Storage and winterizing

• Leave the canvas clean and dry for the winter
• Remove leaves and dirt from the top cover and side panels
• Check for insect nests or moisture accumulation

Summary – Maintenance Schedule