Gaia Rubber Self-Ballasted Mounting System | South 10-Degrees | Price per Row
from £132.00 + VAT
Gaia Rubber Self-Ballasted Mounting System | Price per row South | 10-Degrees - *For multiple rows simply and the number of units you require to the basket
#13: G10DEG-1PV-30M
Gaia Datasheet
*Please note that the delivery time for this mounting system is 5-7 days
10° Rubber Ballasted Solar Mounting System – Flat Roof PV Solution
The 10° Rubber Self-Ballasted Mounting System is a high-performance, non-penetrative solution for installing solar panels on flat roofs. Designed for south-facing and east–west configurations, this innovative system delivers fast installation, strong stability, and long-term durability—ideal for both residential and commercial solar projects.
Optimised for Flat Roof Solar Installations
Engineered for roofs with a pitch between 0° and 5°, this system provides a fixed 10° tilt angle to maximise solar exposure and energy yield. Its self-ballasted design eliminates the need for roof penetration, protecting waterproof membranes while simplifying installation.
Fast, Safe & Eco-Friendly Installation
The system features a modular interlocking rubber base, allowing installers to quickly align and secure panels without complex tools or additional fixings. Manufactured from 100% recycled rubber and corrosion-resistant aluminium, it offers a sustainable and long-lasting mounting solution.
The anti-slip, high-friction base ensures excellent grip and stability, reducing the need for excess ballast while protecting the roof surface from damage.
Key Features of the 10° Ballasted Mounting System
Dual Configuration Flexibility
Suitable for both south-facing arrays and east–west layouts, allowing flexible system design.
Fixed 10° Tilt Angle
Optimised angle for improved solar generation and system efficiency.
Non-Penetrative Design
No roof drilling required—preserves waterproofing and reduces installation risk.
Lightweight Structure
Weighing approximately 10–11 kg/m², minimising structural load on the roof.
Quick, Tool-Free Installation
Interlocking rubber bases enable rapid deployment and reduced labour time.
High Stability & Wind Resistance
Tested to withstand wind speeds up to 145 km/h (40 m/s).
Durable & Weather Resistant
Operates in extreme temperatures from -40°C to +80°C, with excellent resistance to UV, moisture, and corrosion.
Universal Compatibility
Compatible with all standard photovoltaic solar panels.
Built for Long-Term Reliability
The combination of recycled rubber and aluminium components ensures excellent resistance to environmental stress, vibration, and impact. The system is maintenance-free and designed for long service life in demanding rooftop conditions.
25-Year Manufacturer Warranty
Backed by a 25-year warranty, the mounting system provides peace of mind and dependable performance for long-term solar investments.
Ideal Applications
Flat roof residential properties
Commercial & industrial buildings
Warehouses and distribution centres
Retrofit and new-build solar installations
Order 10° Ballasted Solar Mounting Systems Online
The 10° Rubber Ballasted Mounting System is a smart, efficient, and eco-friendly solution for flat roof solar installations—offering fast deployment, strong performance, and long-term reliability without compromising roof integrity.
Gaia Big Rubber Ballast with Integrated Mini Rail
£52.97 + VAT
Gaia Small Rubber Ballast with Integrated Mini Rail
#13: G-BGR
Gaia Datasheet
For an bespoke quote for a minimum of 4 solar panels please email us for a quote.
Gaia Big Rubber Ballast with Integrated Mini Rail
The Gaia Big Rubber Ballast with Integrated Mini Rail is a replacement and expansion component for the 10° Self-Ballasted Mounting System. Perfect for modular system extensions, maintenance, or bespoke flat roof solar installations, this individual ballast unit allows installers to purchase only the components required without investing in a full mounting kit.
Manufactured from durable 100% recycled rubber, the ballast features an integrated mini rail for quick and secure solar panel installation. Its built-in 10° tilt angle is specifically designed to optimise south-facing solar PV systems, helping to maximise energy generation while maintaining a low-profile flat roof setup.
Suitable for flat roofs with a 0°–5° inclination, the Gaia ballast provides excellent stability without roof penetration. The anti-slip, vibration-absorbing base helps protect roofing membranes while ensuring long-term reliability in demanding environmental conditions.
Key Features
Large spare rubber ballast unit with integrated mini rail
Compatible with the Voltacon 10° Self-Ballasted Mounting System
Manufactured from 100% recycled rubber
Integrated 10° tilt angle for improved solar performance
Suitable for flat roofs with 0°–5° pitch
Anti-slip, roof-friendly vibration-absorbing design
Resistant to temperatures from -40°C to +80°C
Compatible with most standard solar PV modules
Ideal for maintenance, replacements, and modular system expansion
Specifications
Weight: 19.25kg
Dimensions: 740mm (L) x 190mm (W)
Important Information
This product is supplied as a single rubber ballast unit with integrated mini rail only. Solar panel clamps and additional mounting accessories are not included. Designed primarily for replacement purposes, custom layouts, or expanding existing mounting systems.
Gaia Small Rubber Ballast with Integrated Mini Rail
£31.30 + VAT
Gaia Small Rubber Ballast with Integrated Mini Rail
#13: G-SMR
Gaia Datasheet
For an bespoke quote for a minimum of 4 solar panels please email us for a quote.
The Gaia Small Rubber Ballast with Integrated Mini Rail is a replacement and expansion component for the 10° Self-Ballasted Mounting System. Ideal for modular system extensions, spare parts, or custom flat roof solar layouts, this individual ballast unit allows installers to purchase only the components required without the need for a complete mounting kit.
Manufactured from durable 100% recycled rubber, the ballast features an integrated mini rail for fast and secure solar panel installation. Its built-in 10° tilt angle is optimised for south-facing PV installations, helping to maximise solar generation while maintaining a low-profile flat roof design.
Designed specifically for flat roofs with a 0°–5° roof inclination, the Gaia ballast provides excellent stability without roof penetration. The anti-slip, vibration-absorbing rubber base helps protect roofing membranes while ensuring a secure installation in a wide range of weather conditions.
Key Features
Spare rubber ballast unit with integrated mini rail
Compatible with the Voltacon 10° Self-Ballasted Mounting System
Manufactured from 100% recycled rubber
Built-in 10° tilt angle for improved solar performance
Suitable for flat roofs with 0°–5° pitch
Anti-slip, roof-friendly design with vibration absorption
Resistant to extreme temperatures from -40°C to +80°C
Compatible with most standard solar PV modules
Ideal for maintenance, replacements, or system expansion
Specifications
Weight: 6.57kg
Dimensions: 490mm (L) x 190mm (W)
Important Information
Please note this product is supplied as a single rubber ballast unit with integrated mini rail only. Solar panel clamps and additional mounting accessories are not included. This item is intended for replacement use, bespoke layouts, or expansion of existing systems.
End Clamp 30mm For Gaia Solar Panel Mounting
£3.24 + VAT
End Clamp 30mm For Gaia Solar Panel Mounting
#13: G-END30MM+G-NUT+G-ALLEN
Gaia Datasheet
For an bespoke quote for a minimum of 4 solar panels please email us for a quote.
End Clamp 30mm, including the Nut and the Allen Bolt
End clamp 30mm. Aluminium Z-shape mounting for solar panels with a frame thickness of 30mm.
Middle Clamp 30mm For Gaia Solar Panel Mounting
£3.24 + VAT
Middle Clamp 30mm For Gaia Solar Panel Mounting
#13: G-BGR
Gaia Datasheet
For an bespoke quote for a minimum of 4 solar panels please email us for a quote.
Middle Clamp 30mm, including the Nut and the Allen Bolt
Middle clamp 30mm. Aluminium and high-quality stainless steel Allen bolt.
This design allows the clamping force to be applied symmetrically between two photovoltaic modules. At least two clamps are required between the two panels.