The Steadyrack bike rack is a versatile and durable solution for indoor bike storage, designed for use in garages, sheds, and other indoor spaces. When installed correctly, it ensures secure bike storage and optimal space utilization. However, the success of the installation largely depends on understanding the specific requirements, material compatibility, and structural considerations outlined in the manufacturer’s documentation. This article provides a comprehensive overview of the installation process, including key recommendations for mounting, spacing, and safety.
Overview of Steadyrack Installation Requirements
Steadyracks are not designed for use on fragile or non-structural surfaces such as drywall, gyprock, or plasterboard. According to multiple statements in the documentation, fixing the rack into such materials voids the manufacturer’s warranty. Instead, the rack must be mounted to a structurally sound vertical surface—such as masonry (brick or concrete) or timber—capable of supporting the weight of both the rack and the mounted bike. This is a recurring emphasis in the source material, underscoring the importance of selecting the right wall type.
The installation kits provided with each Steadyrack include fixings for both masonry and timber. However, if the surface is steel or another non-standard material, additional fixings must be purchased separately. Users are also advised that metric fixings may not always match the exact size of available drill bits in certain regions, and in such cases, the wall plugs provided should be taken to a local hardware store for expert consultation.
Step-by-Step Installation Process
Determine the Mounting Surface:
As emphasized in the source material, the rack must be mounted to a structurally sound surface. Drywall or plasterboard is not suitable. If the wall lining is not structural, the manufacturer recommends fixing rails across the studs or attaching a sheet of plywood (10–13 mm or ½ inch thick) to the studs or wall lining before mounting the racks. This provides a stable and secure base for the rack.Select the Mounting Height:
The height at which the Steadyrack is installed depends on the specific bike being stored. The documentation recommends measuring the bike first and following the installation guide to determine the optimal mounting height. This ensures the bike is suspended above the floor, allowing it to pivot freely and simplifying loading and unloading. If multiple racks are installed, the mounting height should be adjusted for each individual bike to accommodate their different lengths.Spacing and Placement:
To optimize storage space, the manufacturer provides a Wall Placement Guide that outlines best practices for spacing multiple racks. The spacing depends on whether the user wishes to save floor space, wall space, or a combination of both. For example:- To save floor space: Racks should be spaced further apart to allow for the full pivot of the rack, enabling bikes to be folded closer to the wall.
- To save wall space: Racks can be mounted closer together, provided that the pivoting motion does not cause the bikes to interfere with one another.
The documentation also provides specific measurements, such as a 600 mm maximum handlebar width with 300 mm at each end, and a 1200 mm minimum distance from the last rack to the wall. These figures are intended to assist with planning and layout.
Install the Rear Tyre Rest (Optional but Recommended):
The rear tyre rest, included with each rack, is not strictly necessary for the rack to function but is recommended to minimize movement and improve stability. If the rear tyre rest cannot be installed due to space constraints, the rack will still perform as intended, though the rear wheel may move more than usual.Secure the Rack Using Appropriate Fixings:
The installation kit includes fixings for masonry and timber. Users are advised to use tamper-proof bolts for increased security and to prevent theft. However, it is important to note that the rack arms should not be relied upon for security, as the bolts holding them can be easily undone. For additional security, especially in public or vulnerable locations, the manufacturer recommends not leaving bikes unattended even when locked.Follow the Installation Guide:
The manufacturer provides detailed installation instructions on their website, including design guides, spacing guides, and installation advice. These resources are recommended for users to consult during the installation process to ensure all steps are followed correctly.
Considerations for Material and Surface Compatibility
Steadyracks are designed to be installed into a variety of structurally sound materials, but the documentation provides clear guidance on compatibility and limitations:
- Masonry and Timber: These are the most common and recommended surfaces for installation. The provided fixings are suitable for these materials.
- Steel or Other Non-Standard Surfaces: If the installation surface is steel or another non-standard material, additional fixings must be purchased separately. The manufacturer does not provide universal brackets for all types of surfaces, including slatwall systems, and users are advised to source appropriate mounting hardware themselves.
- Drywall, Plasterboard, or Gyprock: These surfaces are explicitly not recommended for installation, and fixing the rack into them voids the warranty. The rack must be mounted to a structural surface capable of supporting its weight.
Additional Installation Tips
- Use Rails or Plywood for Non-Structural Walls: If the wall lining is not structural, the user can fix rails across the studs at the preferred height or attach a sheet of plywood to the wall and then mount the rack to the plywood. This method provides a stable base and ensures the rack is securely attached.
- Avoid Public or Vulnerable Locations: Even when secured with locks, it is not advisable to leave bikes in public or vulnerable locations. The manufacturer notes that professional thieves can bypass locks using tools such as cordless power tools.
- Recyclability and Manufacturing: All Steadyracks are made from recyclable materials, though they are not produced from recycled content. The manufacturer is Australian-owned and designs its products locally but produces them in facilities in China and India, where cost efficiencies and manufacturing infrastructure enable high-quality production.
Safety and Warranty Considerations
- Warranty Voidance: The manufacturer explicitly states that installing the rack into non-structural surfaces such as drywall, gyprock, or plasterboard voids the warranty. Users must ensure the rack is installed on a suitable surface to maintain warranty coverage.
- Transport and Outdoor Use: While the Steadyrack is designed for indoor storage, the documentation notes that some customers have successfully used the racks for transporting bikes. However, the manufacturer does not recommend this use, and doing so will void the warranty. There is no guarantee that the rack or the bike will remain undamaged during transport.
- Security Recommendations: For added security, users are advised to use tamper-proof bolts and avoid placing the rack in easily accessible or vulnerable locations. However, it is also emphasized that the rack arms themselves should not be used as a primary security measure.
Material Composition and Product Range
- Classic Range: Made from chrome-plated steel.
- ProFlex Range: Made from black nickel-coated steel and includes an integrated GearMate SteadySpine for added durability.
- End Caps and Mounting Plates: Different end caps are provided for the ProFlex and Classic ranges. The ProFlex SteadyClick end caps differ from the Classic end caps, and users should ensure they use the correct components for their specific rack model.
- Warranty: The ProFlex range comes with a 5-year warranty, while the Classic range likely includes a standard warranty, though specific details are not provided in the source data.
Environmental and Ethical Considerations
- Recyclability: All Steadyracks are made from recyclable materials, and the manufacturer emphasizes sustainability in product design and packaging.
- Production Locations: The racks are designed in Australia but manufactured in China and India. The manufacturer explains that this approach allows for cost efficiency without compromising on quality or durability. Local manufacturing was explored but deemed impractical due to infrastructure and cost constraints.
Conclusion
Proper installation of a Steadyrack bike rack is essential for ensuring both functionality and safety. By following the manufacturer’s detailed guidelines, users can maximize storage efficiency, minimize risk of damage, and maintain warranty coverage. Key considerations include selecting a structurally sound mounting surface, spacing multiple racks appropriately, using the correct fixings, and following all safety recommendations.
For those planning to install multiple racks or optimize space in a garage or shed, the manufacturer’s Wall Placement Guide and installation advice provide invaluable resources. These materials help users determine the best mounting height, spacing, and layout for their specific needs.
Ultimately, the Steadyrack is a versatile and durable solution for indoor bike storage, but its performance and longevity depend heavily on the care and precision with which it is installed. By adhering to the manufacturer’s recommendations, users can ensure their Steadyrack functions as intended and provides reliable, long-term use.