Speed of an Average Cyclist: Beginner to Pro Guide

Curious about the speed of an average cyclist, including electric bikes? Whether you are training, racing, or simply riding for fitness, knowing typical speeds helps you set realistic goals and ride smarter. Factors such as fitness, age, terrain, weather, and bike type, including pedal assisted e-bikes, all shape how fast the average rider can go.

What Is the Average Speed of a Cyclist?

The average speed of a cyclist depends on experience, fitness, and riding conditions. On flat terrain, most riders fall into one of three broad bands:

• Beginner cyclists: 10 to 12 mph (16 to 19 km/h) on short rides

• Experienced cyclists: 15 to 20 mph (24 to 32 km/h) on medium to long rides

• Professional cyclists: up to 25 mph (40 km/h) over long distances in races

Speed also varies depending on whether you ride alone or in a group. Riding in a group can increase average speed by 20 to 30 percent thanks to drafting, while solo rides reflect individual ability without that wind resistance benefit. In short, for most riders the speed of average cyclist sits between 12 and 20 mph, with extremes reaching 25 mph for professionals.

Average Cycling Speed by Age

Age plays a role in cycling speed, but it is far from the only factor. Most cyclists reach their peak power output in their mid twenties to early thirties, when trained riders often average 18 to 21 mph (29 to 34 km/h) on flat terrain. From the forties onward, average speed tends to decline gradually, roughly one mph every five to ten years, as sprinting power fades faster than endurance.

Riders in their forties and fifties who train regularly often still hold 15 to 18 mph (24 to 29 km/h), while many sixty plus cyclists comfortably average 12 to 16 mph (19 to 26 km/h). Beyond seventy, average speeds often settle between 9 and 12 mph (14 to 19 km/h), though fitness level and years of experience usually matter more than age alone. A well trained rider in their fifties can easily outpace an unfit rider in their twenties.

Factors Affecting the Speed of Average Cyclist

Terrain and Weather

The speed of average cyclist is heavily influenced by terrain and weather. Flat roads allow riders to maintain higher speeds with less effort, while hilly or mountainous terrain can slow progress significantly. Weather plays a role too: headwinds reduce pace, tailwinds provide a boost, and extreme temperatures, rain, or poor surfaces all make it harder to ride efficiently.

Bike Type and Equipment

The type of bike and quality of equipment directly affect cycling speed. Road bikes are fastest thanks to their lightweight frames and aerodynamic design, mountain bikes are slower but better suited to rough terrain, and hybrid bikes offer a balance of speed and comfort. Tyres, bike weight, and aerodynamic clothing can further improve speed, making equipment a key factor in the average cyclist's performance.

Rider Age, Fitness, and Experience

Cyclist age, fitness, and experience significantly determine speed. Beginners typically average 10 to 12 mph, while experienced riders can maintain 15 to 20 mph. Age affects sprinting power, but steady endurance often remains strong in older cyclists. Fitness and cardiovascular conditioning are critical, since well trained riders can sustain higher speeds over longer distances regardless of age.

Distance and Fatigue

The length of a ride affects average speed too. Short rides may start slower as muscles warm up, medium length rides often produce the fastest averages, and long rides can reduce speed as fatigue sets in. Managing effort and pacing is essential for a consistent speed throughout longer rides.

Group Riding and Drafting

Riding in a group, or paceline, can increase cycling speed by 20 to 30 percent because drafting reduces wind resistance and conserves energy. Solo rides do not benefit from this effect, so speeds are usually lower when riding alone. Group rides are an effective way to improve performance while also providing a social and motivational environment.

Average Speed by Bicycle Type

Different bicycles are designed for specific surfaces, and factors like weight, riding position, tyre choice, and tyre pressure significantly influence the speed of average cyclist.

Road Electric Bike

Road e-bikes average 13 to 17 mph (21 to 27 km/h) on smooth surfaces. They are built for speed, with aggressive riding positions, narrow tyres, and lightweight frames that make them ideal for fast rides but less suited to frequent stops or rough terrain.

Electric Gravel Bike vs Road Electric Bike Speed

Gravel e-bikes typically ride at 10 to 15 mph (16 to 24 km/h). On smooth, paved surfaces at matched effort, a road e-bike usually holds a one to three mph advantage over a gravel e-bike, largely because of its narrower tyres, lower rolling resistance, and more aerodynamic riding position. Gravel electric bikes close that gap once the surface gets rough: their wider, softer tyres and more upright, stable position let them hold a steadier pace on loose gravel, dirt, or broken tarmac where a road e-bike has to slow right down. In short, choose a road e-bike if you want maximum speed on tarmac, and a gravel e-bike if your rides mix surfaces or you value comfort and control over outright pace.

Comfort E-Bike

Comfort e-bikes average 8 to 12 mph (13 to 19 km/h). Designed for ease of use rather than outright speed, they often include baskets, racks, and mudguards, and their upright riding position makes them practical for short, relaxed leisure rides.

Hybrid Electric Bike

Hybrid e-bikes average 11.5 to 13 mph (18 to 21 km/h). They combine flat handlebars with thinner tyres than a gravel e-bike, making them efficient for everyday riding on smooth, paved routes while still offering a comfortable, upright position.

Electric Mountain Bike

Electric mountain bikes average around 10 mph (16 km/h). They are heavier, less aerodynamic, and built for trails, hills, and off-road terrain. Their broad tyres and upright riding position reduce speed on paved surfaces compared with a road or hybrid e-bike.

Electric Bike (Pedelec)

Pedal assist electric bikes average 11 to 14.3 mph (18 to 23 km/h). Pedelecs only provide assistance while you are pedalling, which helps maintain a consistent speed, especially on hills. Under UK law, motor assistance must be cut out at 15.5 mph (25 km/h), and while pedelecs are heavier than standard bikes, they remain an excellent option for everyday and leisure rides.

Tour de France

Professional cyclists achieve far higher speeds than recreational riders. The very first Tour de France in 1903 was completed at an average of just 16 mph (25.7 km/h). The fastest edition on record, held in 2025, was completed at 26.6 mph (42.85 km/h), and modern winners typically average 25 to 27 mph (40 to 43 km/h) across the full route, a clear demonstration of how fitness, training, aerodynamics, and equipment shape cycling speed.

Average Cycling Speed in km/h: Quick Reference

If you think in kilometres rather than miles, here is how the speed of average cyclist translates across experience levels:

How to Improve Your Average Cycling Speed

Training Techniques

The speed of an average cyclist can be improved through consistent, structured training. Interval workouts like HIIT, fartlek, and hill repeats build power and cardiovascular fitness, while endurance rides develop the stamina needed to hold higher speeds over longer distances. Combining both approaches leads to balanced improvement.

Riding Position and Aerodynamics

Optimising your riding position is key to increasing average speed. Tucking your elbows, lowering your torso, and maintaining a streamlined posture reduces wind resistance, while aerodynamic clothing and equipment further improve efficiency, letting you hold higher speeds with less effort.

Efficient Gear and Braking

Using gears and brakes efficiently can directly impact your average speed. Shifting at the right time maintains a steady cadence and conserves energy, while smooth braking prevents unnecessary loss of momentum, helping you sustain your pace.

Using Technology

Tracking performance with technology can help increase average speed over time. Bike computers and cycling apps monitor distance, speed, and routes, while structured training plans based on heart rate or power output allow cyclists to train at the right intensity and gradually build their average speed.

Group Rides

Riding in a group can significantly enhance average speed. Drafting behind other riders reduces wind resistance, and joining a paceline helps maintain a higher pace comfortably while also providing motivation and a social element that encourages consistent training.

UK E-Bike Speed Regulations (EAPC Rules)

Before riding any electric bike on UK roads or cycle paths, it helps to understand the legal framework. To qualify as a road legal Electrically Assisted Pedal Cycle (EAPC), which can be ridden without a licence, tax, or insurance, an e-bike must meet the following government requirements:

• The motor must have a continuous rated power of 250W or less

• Pedal assistance must cut out once the bike reaches 15.5 mph (25 km/h); you can still pedal faster under your own effort, the motor simply stops helping

• The motor may only provide assistance while the rider is pedalling; throttles are limited to walking pace, around 3.7 mph (6 km/h)

• The rider must be aged 14 or over

These rules govern the powered assistance an e-bike can legally provide on public roads and cycle paths in Great Britain. Regulations can be updated, so always check the latest government guidance before riding an electric bike on public roads.

Safety Considerations for Faster Cycling

To safely increase your average cycling speed, follow these key safety tips:

• Wear proper protective gear: helmets, gloves, and reflective jackets improve safety and visibility, especially when riding at higher speeds or in low light conditions

• Stay alert and aware: always watch for vehicles, pedestrians, and obstacles to maintain control while cycling faster

• Adjust speed to conditions: reduce speed on wet, uneven, or slippery surfaces and in heavy traffic to avoid accidents

• Follow road rules: obey traffic signals, lane markings, and cycling regulations to ride safely while improving your average speed

FAQs

Is 14 mph on an e-bike fast?

For most recreational cyclists, 14 mph (22.5 km/h) is a solid average speed on flat terrain. Beginners may ride slower, around 10 to 12 mph, while more experienced cyclists often reach 15 to 20 mph. Fitness, terrain, wind, and e-bike type can all affect this.

Is 17 mph a good cycling speed?

Yes, 17 mph (27 km/h) is a strong pace for experienced riders. It indicates good endurance and cardiovascular fitness, especially on mixed terrain or solo rides. Club cyclists and trained riders may maintain this speed over medium distances.

Is a gravel electric bike slower than a road e-bike?

On smooth pavement, yes, a gravel e-bike is usually one to three mph slower than a road e-bike at the same effort, mainly due to wider tyres and a more upright position. On loose or rough surfaces, however, a gravel electric bike often holds a steadier average speed than a road electric bike, which has to slow down to protect its narrower tyres and wheels.

What is a good average cycling speed for my age?

There is no single answer, since fitness and experience usually matter more than age. As a rough guide, trained riders in their twenties and thirties often average 18 to 21 mph (29 to 34 km/h), riders in their forties and fifties commonly hold 15 to 18 mph (24 to 29 km/h), and riders over sixty typically average 12 to 16 mph (19 to 26 km/h). Regular training can keep your speed well above these averages at any age.

What is the 80% rule in cycling?

The 80% rule suggests riding at roughly 80 percent of your maximum effort during long rides or training. This helps maintain endurance without excessive fatigue, improves cardiovascular efficiency, and allows you to sustain a consistent speed over longer distances.

Is biking 10 km in 30 minutes good?

Covering 10 km in 30 minutes equals an average speed of 20 km/h (12.4 mph). For recreational cyclists, this is a decent pace. Fitness level, bike type, and terrain may make this easier or harder, but it is a solid benchmark for shorter rides.