Running shoes split into about twenty overlapping categories -- by surface, by support, by cushioning and by speed. This hub explains each one in plain English, shows how they compare side by side, and gives you a simple decision path to the right type for how and where you run.

Compare every category at a glance

Which type should I choose?

If you only read one thing: start here

By surface

Road Running Shoes

Overview

Road running shoes are the most common type of running shoe, built for the repetitive impact of running on hard, even ground like pavements, roads and treadmills. They aim to give a cushioned, smooth ride mile after mile.

Best for

Hard surfaces send a lot of impact back into the foot and leg, so road shoes put their effort into cushioning and a comfortable transition from heel to toe. They tend to be lighter and more flexible than trail shoes because grip on tarmac needs far shallower tread.

Key characteristics

A foam midsole for cushioning, a fairly smooth or lightly patterned outsole, breathable uppers and a flexible forefoot are typical. The outsole rubber is shaped for grip on smooth, dry and wet pavement rather than loose ground.

What to look for

Choose based on how much cushioning you like, your weekly mileage and whether you want a soft or firmer ride. Fit at the heel and forefoot matters more than any single feature for day-to-day comfort.

Trail Running Shoes

Overview

Trail running shoes are designed for running away from paved roads, on surfaces like dirt paths, grass, mud, gravel and rock. They prioritise grip and protection so you can run confidently on uneven, unpredictable ground.

Best for

Off-road surfaces are loose, slippery and littered with obstacles, so traction and foot protection become as important as cushioning. Trail shoes are built tougher than road shoes to cope with this without falling apart.

Key characteristics

Deep outsole lugs bite into soft ground, reinforced uppers resist abrasion, and many models add a rock plate or firmer underfoot layer to shield the sole from sharp stones. Grippier rubber compounds help on wet rock and roots.

What to look for

Match the lug depth to your terrain: deeper, more aggressive lugs suit soft mud, while shallower lugs work on hard-packed trails. A secure fit and protective toe area help on technical ground.

Typical examples: Salomon Speedcross, Salomon Genesis

Learn more: Trail Running Shoe Guide →

Walking Shoes

Overview

Walking shoes are built around the way the foot moves when walking, which differs from running. They focus on comfortable cushioning, a smooth roll from heel to toe and support that lasts through long periods on your feet.

Best for

Walking involves lower impact than running but often longer continuous time on the feet. Walking shoes are tuned for that, with flexibility where the foot bends and cushioning placed for a walking stride rather than running landings.

Key characteristics

Compared with running shoes they are often a little firmer and more flexible at the forefoot, with outsoles and support designed for steady walking pace. Many also have a more casual look suited to everyday wear.

What to look for

Comfort, fit and support for the time you spend walking matter most. For serious daily mileage some people prefer a cushioned running shoe, but a dedicated walking shoe suits everyday walking and longer days on your feet.

Hiking Shoes

Overview

Hiking shoes are sturdy, low-cut shoes built for walking on trails, hills and uneven ground. They sit between everyday walking shoes and tall hiking boots, giving solid protection and grip while keeping a lighter, more agile feel than a boot.

Best for

Rough terrain is loose, rocky and often wet, demanding traction and foot protection that a road or walking shoe does not provide. Hiking shoes deliver that grip and protection without the weight and ankle height of a full boot.

Key characteristics

They have deep, grippy lugs, tougher abrasion-resistant uppers, protective toe areas and supportive, stable midsoles. Many versions are also treated to resist water. Being low-cut, they offer less ankle support than boots.

What to look for

Match them to your terrain and load: hiking shoes suit day walks and lighter loads on established trails, while boots suit heavier packs, ankle-twisting ground or very rugged routes.

Waterproof Running Shoes

Overview

Waterproof running shoes have a thin, water-resistant membrane built into the upper that blocks water from getting in while still letting some sweat vapour out. They are made to keep the foot drier when running in wet weather or on soaked ground.

Best for

Cold, wet feet are uncomfortable on winter and trail runs, and a membrane helps keep rain, puddles and wet grass at bay. The trade-off is that the membrane reduces breathability, so the shoes can feel warmer and less airy in dry or hot conditions.

Key characteristics

The membrane has pores small enough to stop liquid water from entering but large enough to let some water vapour escape. It is most effective against rain and surface water; water that comes in over the collar will still wet the foot.

What to look for

Waterproof versions suit winter, wet trails and grass. For dry summer running or fast efforts where feet get hot, a breathable non-waterproof shoe is often more comfortable.

By support / pronation

Neutral Running Shoes

Overview

Neutral running shoes are built without the extra firmness or guidance features used to control how the foot rolls. They provide cushioning and a smooth ride while letting the foot move through its natural motion.

Why it matters

Many runners do not need their foot motion corrected, so a neutral shoe simply gets out of the way. Forcing support features on a foot that does not need them can feel awkward, which is why neutral shoes are the default starting point for most runners.

How they work

Neutral shoes suit runners with a normal amount of inward roll, and runners who supinate, meaning the foot stays on its outer edge. High-arched feet, which tend to supinate, often pair well with cushioned neutral shoes.

Who they suit

Focus on cushioning level, fit and ride feel. Within the neutral category there is huge variety, from soft and plush to firm and responsive, so comfort and your running style guide the choice.

Stability Running Shoes

Overview

Stability running shoes are built to gently steady the foot when it rolls inward more than is ideal, a pattern called overpronation. They keep the cushioning of a normal running shoe but add support features mainly on the inner side.

Why it matters

When the foot rolls in too far, load can shift toward the inner leg and knee, which for some runners is linked to recurring strain. A stability shoe aims to guide the foot into a more controlled motion without forcing it.

How they work

Common methods include a firmer wedge of foam under the arch, plastic or foam guidance rails, or a wider, more supportive base. Modern stability shoes tend to guide the foot subtly rather than block its motion sharply.

Who they suit

They suit runners with low or flat arches and mild to moderate overpronation, especially those who feel steadier or have fewer niggles in a supportive shoe. Comfort and any history of strain are the best guides.

Learn more: Pronation & Support Guide →

Motion Control Shoes

Overview

Motion control shoes sit at the most supportive end of the running shoe range. They are built for runners whose feet roll inward severely, using the strongest combination of firm foam, rigid structures and a wide, stable base.

Why it matters

A small number of runners have very flexible, flat feet that roll in heavily, and standard stability shoes may not provide enough control. Motion control shoes give the maximum guidance available in a running shoe to steady that motion.

How they work

They combine firmer medial foam, reinforced midsole structures and a broad outsole to resist collapse on the inner side. The result is a stiffer, sturdier shoe that strongly limits how far the foot can roll in.

Who they suit

They suit heavier runners and those with severe overpronation or very low, flexible arches. Because the control is firm, many runners do not need this much support, so it is a specialist rather than a default choice.

By cushioning & geometry

Cushioned Running Shoes

Overview

Cushioned running shoes put comfort and shock absorption first, using generous amounts of soft midsole foam between the foot and the ground. They aim to make each landing feel forgiving, especially on hard surfaces.

The feel

Running on pavement sends repeated impact through the legs, and plenty of cushioning can make long runs more comfortable and help some runners feel fresher afterward. The trade-off is usually a little extra weight and sometimes a less direct feel for the ground.

Trade-offs

A thick layer of responsive or soft foam compresses on landing to spread the force over more time, reducing the peak shock. Different foams feel different, from soft and pillowy to soft but springy.

What to look for

They suit runners who like a soft ride, those covering longer distances, high-arched runners who get less natural cushioning from the foot, and anyone who finds firmer shoes uncomfortable.

Maximalist (Max-Cushion) Shoes

Overview

Maximalist shoes are defined by their very thick midsoles and tall stack height, putting a deep layer of soft foam between the foot and the ground. They became popular as runners sought the most cushioned, protective ride available.

The feel

The deep cushioning soaks up impact and can make long runs and recovery runs feel gentle on the legs. The trade-offs can include extra weight, a higher platform that feels less connected to the ground, and a need to get used to the tall stack.

Trade-offs

A large volume of foam spreads each landing over more time and distance, lowering the peak impact. Many maximalist shoes pair this with a rocker shape to keep the ride smooth despite the thickness.

What to look for

They suit runners who prioritise comfort and impact protection, those on high mileage, and anyone who finds firmer shoes harsh. Stack height limits apply in some competitive events, but not for everyday running.

Lightweight Running Shoes

Overview

Lightweight running shoes are built to weigh as little as practical, helping the foot turn over quickly and making faster running feel easier. They cut weight from the upper, midsole and outsole compared with heavier daily trainers.

The feel

Less weight on the foot can make running feel quicker and more efficient, which is why many runners choose a lighter shoe for fast sessions and races. The trade-off is usually less material, so they can be less protective and durable than heavier shoes.

Trade-offs

Thin, breathable uppers, lighter foams and minimal outsole rubber all save grams. Some keep a reasonable amount of cushioning while staying light, while others go very minimal for racing.

What to look for

They suit faster training runs, race days and runners who like a nimble, connected feel. Many runners pair a lightweight shoe for speed with a more cushioned shoe for everyday miles.

Minimalist (Barefoot-Style) Shoes

Overview

Minimalist shoes are designed to feel as close to running barefoot as possible while still protecting the sole. They have thin, flexible midsoles, little or no cushioning, usually zero drop, and a wide toe box that lets the toes spread.

The feel

The idea is to let the foot move, flex and sense the ground naturally, encouraging the foot and lower leg muscles to do more work. This is the opposite philosophy to maximalist shoes, which add as much cushioning as possible.

Trade-offs

With very little material underfoot, minimalist shoes give a firm, direct feel and demand more from the foot, calves and Achilles. Many also have a flexible, glove-like upper and a roomy toe box.

What to look for

A slow, careful transition is important, as moving straight to minimalist shoes from cushioned ones can overload muscles and tissues that are not used to the extra work. Build up time in them gradually.

Zero-Drop Shoes

Overview

Zero-drop shoes have a heel-to-toe drop of zero, meaning the heel and the ball of the foot sit at exactly the same height off the ground. Most conventional running shoes raise the heel several millimetres above the forefoot; zero-drop shoes remove that tilt entirely.

The feel

The drop of a shoe affects how the foot lands and how load is shared between the heel, calf and Achilles. A level platform encourages a more natural foot position and can shift some load toward the calf and Achilles compared with a raised heel.

Trade-offs

Zero-drop refers only to the level platform, not the cushioning, so a zero-drop shoe can be thickly cushioned or minimal. This is a separate idea from minimalist shoes, which strip cushioning away.

What to look for

If you switch from a raised-heel shoe to zero drop, it is usually wise to transition gradually, as the calves and Achilles take on more stretch and load. Comfort and a careful build-up are the best guides.

By speed & purpose

Racing Flats

Overview

Racing flats are the lightest, most stripped-back category of running shoe, made for going fast on race day. They keep cushioning and structure to a minimum so the shoe weighs as little as possible and feels very connected to the ground.

Best for

For racing, every gram counts, and a flat lets the foot move quickly with little to slow it down. The trade-off is little protection and cushioning, so they are not built for high mileage or easy days.

How they compare

Compared with a daily trainer, a flat has a thinner midsole, a lighter upper and far less rubber. Traditional flats are firm and low to the ground; in recent years many racers have moved to carbon-plated shoes that add foam and a propulsive plate.

What to look for

They suit experienced, efficient runners racing shorter to middle distances who want a minimal, fast feel. New runners usually do better in more cushioned, protective shoes.

Carbon Plate Running Shoes

Overview

Carbon plate running shoes, widely known as super-shoes, embed a curved, stiff carbon-fibre plate inside a tall stack of lightweight, springy foam. This combination became the standard for road racing after it was shown to improve running efficiency for many runners.

Best for

The plate and foam work together to store and return energy and to roll the foot forward smoothly, which can make a given pace feel a little easier. This is why most modern road race records have been set in shoes of this type.

How they compare

The thick foam compresses and rebounds to return energy, while the rigid plate stiffens the shoe and creates a rocker that helps tip the foot from landing to toe-off. The exact benefit varies from runner to runner.

What to look for

These shoes are best saved for races and key fast sessions, as the foams can wear faster than everyday trainers and the firm, propulsive feel suits speed rather than easy miles.

Typical examples: On Cloudboom, Saucony Endorphin Elite, Salomon S/Lab Phantasm

Learn more: Carbon Plate Running Shoes Guide →

The Tempo Trainer

Overview

A tempo trainer, sometimes called an uptempo shoe or workout shoe, is built for running fast in training. It is lighter and more responsive than a daily trainer but more durable and supportive than a stripped-back racing shoe.

Best for

Faster sessions like tempo runs, threshold efforts and intervals feel better in a shoe that is light and snappy. A tempo trainer gives that responsive feel while still standing up to regular use, unlike a delicate racing shoe.

How they compare

Compared with a daily trainer it has less weight and a firmer, more propulsive ride; compared with a carbon racer it usually has more durable foam and may lack a full carbon plate, making it a practical everyday speed option.

What to look for

Look for a balance of low weight, a responsive midsole and enough durability to use it for a couple of sessions a week. It works well as the speed shoe in a simple two-shoe rotation.

The Daily Trainer

Overview

A daily trainer is the workhorse of a runner's shoe collection, designed to handle most types of running comfortably. It is the shoe you reach for on easy runs, steady runs and general training, built to last and to feel reliable.

Best for

Most of a runner's miles are everyday miles, so the daily trainer needs to balance several qualities at once: enough cushioning for comfort, enough durability to last, and a sensible weight that does not feel sluggish.

How they compare

Unlike a racing shoe or a lightweight speed shoe, a daily trainer is not specialised for going fast. Instead it aims to be a comfortable, dependable all-rounder, often with more rubber and a sturdier build for longevity.

What to look for

Choose a daily trainer based on comfort, fit and the cushioning level you like. Many runners build a rotation around a daily trainer, adding a lighter shoe for speed and perhaps a more cushioned shoe for long runs.

Typical examples: On Cloudsurfer, Saucony Ride, Salomon Aero Glide

Learn more: Shoe Rotation Guide →

Specialist fits

Cross-Training Shoes

Overview

Cross-training shoes, or trainers for the gym, are built for activities that involve more than running in a straight line. Think weight training, circuits, classes and movements that go side to side as well as forward.

Why it matters

Running shoes are built to cushion repeated forward impact, which makes them soft and less stable for lifting or quick lateral moves. Cross-trainers swap some of that cushioning for a flatter, firmer, more stable platform.

Key characteristics

They usually have a lower, broader base for stability under load, firmer midsoles, more supportive uppers and grippy outsoles for gym floors. This makes them better for lifting and lateral work but less ideal for long runs.

What to look for

If your training mixes weights, classes and short runs, a cross-trainer is a versatile single shoe. If you run more than a few miles regularly, a dedicated running shoe is usually the better tool for those miles.

Wide-Fit Running Shoes

Overview

Wide-fit running shoes are made in widths beyond the standard, giving more room across the ball of the foot and through the toe box. They are designed for runners whose feet are broader than the average a standard shoe is built around.

Why it matters

A shoe that is too narrow squeezes the foot, can cause rubbing and blisters, and stops the toes spreading as they should at toe-off. Extra width lets the foot sit and function naturally, which improves comfort over distance.

Key characteristics

Wide fittings keep the same length but add girth across the forefoot and midfoot, and sometimes the heel. Brands label widths differently, but wide and extra-wide options sit above the standard width.

What to look for

If your foot feels pinched at the sides or your toes are cramped in standard shoes, try a wide fitting. The right width should let the toes spread without the foot sliding around inside the shoe.

Recovery Shoes

Overview

Recovery shoes are not for running in; they are soft, very cushioned shoes or slip-on slides worn after a run or race to rest the feet. They use thick, plush foam to cradle tired feet and take the edge off post-run soreness.

Why it matters

After a hard run, the feet and legs are tired and a little sore, and standing or walking in firm everyday shoes can feel harsh. A soft, cushioned recovery shoe makes time on your feet more comfortable while the body recovers.

Key characteristics

A thick layer of soft, springy foam spreads pressure and absorbs impact as you walk, easing load on tired feet. Many have a roomy, easy slip-on design and a footbed shaped to support the arch gently.

What to look for

Look for plush cushioning, an easy on-and-off design and a comfortable, supportive footbed. Recovery shoes are a comfort item rather than a performance one, so softness and fit are what matter.