Why do you need a tire holder and how does it save space in your garage?
Every car owner faces a seasonal problem: where to store the second set of tires when they are not on the car? Storing tires on the garage floor takes up valuable space and risks damaging them. Tire storage brackets solve this problem by lifting the wheels onto the wall or ceiling, freeing up to 2–3 m² of usable space. But not all systems are equally convenient: some can only withstand passenger tires, others are designed for SUVs, and others require professional installation.
In this article we will look at what types of brackets there are, how to mount them correctly (including wall load calculation), and what to look for when buying, so as not to buy a flimsy structure that will collapse under the weight of winter tires. We will also give real data on the maximum load on different types of walls (brick, concrete, plasterboard) — this information is often missing from manufacturers’ instructions.
Types of tire mounts: comparison of pros and cons
All tire storage systems are divided into three main groups: wall-mounted, ceiling and floor. Each has its own limitations in terms of weight, installation complexity and ease of use. For example, ceiling brackets save maximum space, but require high ceilings (from 2.5 m) and solid floors, while floor stands are easy to install, but take up part of the floor.
Let's look at each type in more detail:
- 🔧 Wall brackets - fastened to the wall with anchors or dowels. Suitable for garages with brick/concrete walls. Maximum load: up to 4 tires (15–20 kg each). Disadvantage: if the wall is weak (for example, drywall), additional reinforcement will be required.
- 🏗️ Ceiling systems — suspended on hooks or guides from the ceiling. Ideal for garages with high ceilings. They can support up to 6 tires, but installation is more difficult (you need a hammer drill and precise placement of fasteners).
- 🚗 Floor racks - metal or plastic frames that are installed on the floor. Does not require drilling, but takes up space. Suitable for rental garages where holes cannot be made.
- 🔄 Mobile carts - an option for those who often rotate tires. Equipped with wheels, but less stable (risk of tipping over if unevenly loaded).
The choice depends on two key factors: tire weights (passenger cars vs. off-road) and wall/ceiling material in the garage. For example, for R17 tires with rims (weight ~25 kg each) a wall bracket on a concrete wall is suitable, and for R20 tires from a pickup truck (weight ~40 kg) you will need a ceiling system with reinforced fastenings.
How to calculate the load: how much the tires weigh and whether the wall can withstand it
Mistake #1 when installing brackets is ignoring the weight of the tires. Many people believe that 4 tires weigh “20–30 kilograms,” but in reality:
- 🚘 Passenger tire R13–R16 without disc: 7–12 kg.
- 🚙 Passenger tire R17–R19 with disc: 18–25 kg.
- 🏜️ Off-road tire R20+ with disk: 30–50 kg.
Now about the walls. Their load-bearing capacity depends on the material:
| Wall material | Max. load per 1 fastening (kg) | Recommended anchor type |
|---|---|---|
| Concrete | 80–120 | Wedge anchor 10–12 mm |
| Brick (solid) | 50–70 | Rivet anchor 8–10 mm |
| Drywall (with metal profile) | 15–25 | Dowel "moth" or "butterfly" |
| Wood (beam 50+ mm) | 30–40 | Wood screws 6–8 mm |
Calculation example: you have 4 tires R18 with rims (22 kg each) and a concrete wall. Total weight: 88 kg. If the bracket is attached to 4 anchors, each will require 22 kg - the concrete will withstand (maximum 120 kg per anchor). But for drywall, such a weight is critical: you will need to distribute the load over 8–10 points or reinforce the wall with a wooden panel.
Before purchasing a bracket, weigh one tire and rim on a household scale. Manufacturers often indicate the maximum load for the entire system, and not for one mount!
Step-by-Step Instructions: How to Install a Wall Bracket
For installation you will need: a hammer drill, a level, a tape measure, anchors (select according to the wall material), a tightening wrench. Important: if the wall is plastered, drill holes to the base material (brick/concrete), otherwise the dowels will not hold.
Procedure:
- Marking: measure the distance between the bracket fastenings and transfer to the wall. Use a level to avoid misalignment.
- Drilling: make holes with a diameter 1-2 mm smaller than the anchor. Depth - at least 50 mm for concrete/brick.
- Installing anchors: Drive in the dowels with a hammer, then tighten the anchor bolts (not all the way).
- Attaching the bracket: hang the structure on the bolts and tighten the nuts evenly.
- Check: pull the bracket down with a force of ~20 kg. If it doesn't wobble, you can hang up the tires.
☑️ What to check before installation
Mistakes that lead to collapse:
- 🔨 Using self-tapping screws instead of anchors on concrete walls.
- 📏 Uneven markings - bracket skew creates a point load.
- 🏗️ Attachment to drywall without reinforcement (embedded board required).
What to do if the wall is weak?
If your garage is lined with plasterboard or has thin partitions, you can strengthen the fastening in two ways:
1. Fix a vertical board (40+ mm thick) to the wall across its entire height, and mount the bracket to it with self-tapping screws.
2. Use chemical anchors (eg. Hilti HIT-HY 70), which distribute the load over an area rather than pointwise.
Top 5 tire mounts: comparison by price and reliability
The market offers cheap Chinese models (from 800 ₽) and professional systems (up to 10,000 ₽). We have selected 5 options with the best price/quality ratio, taking into account reviews from car owners and strength tests:
| Model | Type | Max. load | Price (2026) | Pros | Cons |
|---|---|---|---|---|---|
| Kraftmann 5803-4 | Wall-mounted | 4 tires (up to 100 kg) | 2 400 ₽ | Durable 2mm steel, adjustable width | Requires precise marking |
| Matrix 50305 | Ceiling | 6 tires (up to 150 kg) | 4 200 ₽ | Suitable for tall garages, powder coated | Difficult installation (needs an assistant) |
| Autoprofi 1012 | Floor stand | 4 tires (up to 80 kg) | 1 800 ₽ | No drilling required, mobile | Takes up space on the floor |
| Heyner 794000 | Wall mounted (for 2 busbars) | 2 tires (up to 50 kg) | 1 500 ₽ | Compact, suitable for small garages | Not for off-road tires |
| Titan TT-50404 | Universal (wall/ceiling) | 4 tires (up to 120 kg) | 3 600 ₽ | Adjustable hooks, anti-corrosion coating | More expensive than analogues |
Suitable for most passenger cars Kraftmann 5803-4 or Heyner 794000. SUV owners should consider Matrix 50305 or Titan TT-50404 - they support the weight of the tires R18+ with disks.
Do not buy brackets without a certificate of conformity (for example, GOST R or TR TS). Cheap models made from non-name steel can rust within a year in a damp garage.
Alternative ways to store tires: when the bracket doesn't fit
If your garage has weak walls, low ceilings, or other limitations, consider these options:
- 📦 Shelving made of metal profiles: assembled like a construction set, can withstand up to 200 kg. The downside is that they take up space.
- 🧲 Magnetic shelves: Attached to metal walls without drilling. Suitable for 1–2 tires (up to 30 kg).
- 🚪 Hanging nets: hung from the ceiling like a hammock. Cheap solution, but inconvenient to get tires.
- 🏠 Tire cabinets: plastic or metal boxes. They protect from dust, but require space.
For rented garages where you cannot drill into the walls, it is optimal floor rack or mobile cart. If the garage is damp, choose models with ventilation holes - this will prevent condensation from forming on the rubber.
Store tires in an upright position (not piled on top of each other) and rotate them periodically (every 2-3 months) to avoid deformation.
Common mistakes and how to avoid them
Even the seemingly simple installation of a bracket is fraught with pitfalls. Here's what's most often missed:
⚠️ Attention: if you store tires on disks, check that the bracket does not put pressure on the rubber in one place - this leads to uneven tread wear. Use special polyurethane foam linings.
Top 3 mistakes:
- Unaccounted weight of disks: many people only consider the weight of the tire, forgetting that a steel wheel adds 8–15 kg.
- Savings on fasteners: cheap dowels included in the kit often cannot withstand the stated load. Buy anchors separately (eg. Fischer FAZ II).
- Damp storage: Metal brackets rust and rubber cracks. Use silica gel or wrap tire covers.
One more nuance: if you live in a region with sudden temperature changes (for example, Siberia), do not store tires on an uninsulated balcony or in an unheated garage. Rubber loses its elasticity in temperatures below –25°C, and the brackets may become corroded due to condensation.
FAQ: questions and answers
Is it possible to store tires on a rack without rims?
Yes, but you need to take into account that tires without rims are softer and can deform under their own weight. Use brackets with wide supports (at least 10 cm) or special holders for tires without rims, which fix the tire around its circumference.
Which bracket to choose for R22 tires from a pickup truck?
For large tires (weight 40–50 kg each) only ceiling systems with a load of 200 kg (for example, Matrix 50305) or reinforced wall brackets with 6–8 attachment points. Be sure to check the strength of the ceiling/walls - such tires require concrete or brick.
Do I need to lubricate the bracket mounts?
Yes, if the bracket is metal and installed in a damp garage. Treat bolts and hooks silicone grease or WD-40 1–2 times a year. This will prevent rust and make it easier to dismantle if necessary.
Can the bracket be attached to drywall?
Only if the drywall is mounted on metal frame with a profile pitch of no more than 40 cm. In this case, use butterfly dowels or chemical anchors, distributing the load over 6–8 points. For reliability, attach to the wall plywood sheet 18+ mm thick and mount the bracket to it.
How often should fastenings be checked?
Minimum once every six months (before the seasonal tire change). Pay attention to:
- Bolt play - tighten if necessary.
- Traces of rust on the metal.
- Deformation of rubber in places of contact with the bracket.