Bike and sports gear storage dimensions

Bikes are the awkward case in a garage because they are long, light, valuable and used often, and those four properties pull in opposite directions. Long means they want to be vertical. Light means they can go high. Valuable means they cannot go outside. Used often means they have to come down again in under ten seconds, and that last requirement is the one that quietly sets every dimension on this page.

Vertical, horizontal, floor or hoist: the four positions#

Read the first two columns together. A vertical hook uses roughly a fifth of the wall length a horizontal mount uses, which is why it wins in nearly every garage. It pays for that with the projection, with the ceiling height it demands and with the lift.

Where the tape starts on a bicycle#

Manufacturers quote wheelbase; storage cares about overall length over the tyres, which is a different and larger number. Wheelbase on a road bike is 39 to 41 in (99 to 104 cm) and on a modern mountain bike 44 to 47 in (112 to 119 cm). Add half a wheel at each end, roughly 13.7 in (35 cm) for a 700c road wheel with a 28 mm tyre and 14.9 in (38 cm) for a 29 x 2.4 in mountain tyre, and the overall lengths become 68 to 70 in (173 to 178 cm) and 70 to 74 in (178 to 188 cm).

Width is measured at the handlebar and it has moved a long way in twenty years. Road bars run 40 to 44 cm centre to centre, which is 16 to 18 in (41 to 46 cm) over the hoods. Mountain bars are now 760 to 800 mm, which is 30 to 31 in (76 to 79 cm), wider than many interior doors are clear. That single figure explains most bike storage failures, and it is worth checking against door sizes, swings and the space they need before you plan a route through the house.

The third width, and the one that decides spacing, is at the pedals. Crank Q-factor plus the pedal body puts the outer faces 9 to 11 in (23 to 28 cm) apart. That is the widest part of a hung bike below the bars, and everything below follows from it.

Deriving the 16 in hook spacing#

Hang two mountain bikes vertically with their hooks at the same height and the bars set the spacing: 30 in (76 cm) of bar plus 2 in (50 mm) of clearance gives 32 in (81 cm) centres. Four bikes then need 128 in (325 cm) of wall, which is 10 ft 8 in and more end wall than most single bays have.

Now offset alternate hooks by 12 in (30 cm) vertically. Bike A's bars sit level with bike B's top tube and pedals, so the two bars never share a plane. The controlling width becomes the pedals at 11 in (28 cm), plus a hand's width each side to grab the frame without barking a knuckle: 16 in (41 cm) centres. Four bikes now need 64 in (163 cm) of wall, half of an 11 ft (3.35 m) end wall. The offset costs nothing, needs no hardware and halves the wall length. It is the single highest-value number on this page.

Two caveats, both from the arithmetic. First, at 16 in centres a mountain bar reaches 15 in (38 cm) toward its neighbour's centreline, leaving 1 in (25 mm). Mix road and mountain bikes on one wall and put the wide bars at the ends. Second, the offset only works if the hooks genuinely alternate, so an odd number of bikes always leaves one gap that cannot be filled by a fifth bike of the wrong bar width.

Skis, boards, bats and bags#

Long thin objects behave like bikes and are stored the same way: the question is only whether they are longer than the wall is tall.

Most of this table is quoted in centimetres because skis, boards and kayaks are sold that way while the wall they go on is built in inches, which is exactly the collision the interior unit converter exists to handle. Two rules do most of the work. Skis and boards stored on end need clear height equal to the longest pair plus 5 in (13 cm) of hand room: a 185 cm ski is 73 in, so 78 in (198 cm) of clear height, which an 8 ft (2.44 m) garage wall has and a 7 ft basement wall does not. Stored horizontally on arms, they take 8 to 12 in (20 to 30 cm) of projection and 8 in (20 cm) of vertical pitch between arms, so a 60 in (152 cm) tall panel of wall holds seven pairs. Anything held on open shelving instead follows the depths and spans in shelf depth and vertical spacing, and if the shelf is carrying wet boots and ski bags the load per foot is high enough that shelf span, thickness and sag is worth a look before the brackets go in.

E-bikes, children's bikes and a 7 ft 6 in ceiling#

E-bikes. A 50 to 60 lb (23 to 27 kg) e-bike cannot be lifted onto an 80 in hook by most people, and no amount of hook rating changes that. The three answers are a floor stand, a horizontal mount at 40 in (102 cm) so the lift is waist height, or a geared hoist. E-bikes are also longer, at 72 to 78 in (183 to 198 cm), and heavier at the rear, which shifts the balance point when tilting.

Children's bikes. A 20 in wheel bike is about 48 in (122 cm) long and a 24 in wheel bike 56 in (142 cm). They hang from hooks at 54 and 62 in (137 and 157 cm), which sits neatly under an adult bike on the same wall in a two-tier arrangement, giving eight bikes on 64 in (163 cm) of wall.

Ceiling height. At 9 ft (2.74 m) the hoist becomes genuinely attractive and the vertical hook gets a comfortable margin. At 7 ft 6 in (2.29 m), which is common in a basement or a converted bay, vertical hanging of adult bikes stops working and horizontal is the only option.

What else is on that ceiling. A hoist and an overhead rack compete for the same volume, and both compete with the open garage door, which owns the ceiling for its own height plus 18 in (46 cm) of backroom. Work that out first from garage door sizes, headroom and backroom and garage shelving and overhead storage, because the door is not negotiable and the storage is.

Four bikes in a 12 x 22 ft bay#

Take a 12 x 22 ft (3.66 x 6.7 m) single bay, which is 144 x 264 in. A saloon at 72 in (183 cm) over the body and 78 in (198 cm) over the mirrors leaves 33 in (84 cm) each side of a centred car. That is enough for a door to open to 30 in (76 cm) and nothing else, so the long walls are spoken for. The front 24 in (61 cm) of depth ahead of the bonnet, however, is dead space in every garage: the car needs 16 to 17 ft (4.9 to 5.2 m) of the 22 ft. Four bikes at 16 in centres on that end wall use 64 in (163 cm) of the 144 in width and 20 in (51 cm) of the 264 in depth, and the removal swing happens in the space you were going to walk through anyway. Vehicle lengths and the walk-around allowance behind that arithmetic are in car parking space and door swing dimensions, and the bay sizes themselves in garage sizes: single, double and triple.

If the bikes are also doing service as gym equipment on a trainer, the floor footprint changes completely: a bike on a turbo trainer needs 96 x 48 in (244 x 122 cm) of clear floor plus a fan, which is worked through in garage gym layout dimensions. Kit that comes into the house rather than staying in the bay belongs in the mudroom sizing arithmetic instead, and the vocabulary used throughout is defined in the glossary of interior dimensions. The rest of the garage figures sit together in the garage and workshop section.