How Fast Can a 36v Electric Bike Go? Beginners Guide

How Fast Can a 36v Electric Bike Go? Beginners Guide

When it comes to electric bike performance, one key question is “how fast can a 36V ebike go?

As a fellow EV thrill seeker, I’ve tested my share of zippy 36V bikes to see what they can do.

In this article, we’ll dive into every aspect of 36V ebike speeds so you know what this voltage bracket is capable of.

You’ll get the full rundown on critical specs like motor wattages, top speed testing, pros and cons of 36V systems, and much more!

Whether you’re just discovering ebikes or crave adding more power to your rides, you’ll find all the vital need-for-speed insights right here.

Let’s stop talking and start torquing!

How Fast Can a 36V Electric Bike Go?

While speeds vary across components and settings, most quality 36V electric bikes can reach 20 – 28 mph using a combination of throttle and pedal assist.

36V tends to be on the entry-level side for ebike voltages, so you’ll get a nice velocity boost versus traditional bikes but with more limited high-end speed compared to 48V and higher ebikes.

Let’s break things down further by motor power:

250W Motor

A 250 watt 36V ebike motor can achieve speeds around:

  • Pedal assist only: 16-20 mph
  • Using throttle: 18-22 mph

So in either pedal assist or throttle mode, a lower powered 36V motor in the 250 watt range will provide moderate speeds between 15-22 mph.

Great for leisurely cruising around town or trail riding, but lacking for higher speed highway capabilities.

A 250W motor on 36V works well for easing into electric biking if you don’t need blazing speed.

The smaller motor saves money upfront too.

Just know climbing very steep or long hills will require more rider effort without more power on tap.

But for flat urban commuting or casual rural riding, a 250W 36V ebike will deliver an enjoyable ride experience and eco-friendly transportation.

500W Motor

Bumping up to a 500 watt 36V motor provides distinctly peppier performance:

  • Pedal assist: 18-23 mph
  • Throttle only: 20-26 mph

With a 500W motor, you can expect to cruise comfortably in the 20-25 mph range in most conditions. Quick enough acceleration to keep up with city traffic, while allowing some higher velocity joyrides using the throttle. 500 watts on 36V gives you very usable power increases over a non-electric bike without going overboard on top speed.

I’d recommend 500W 36V as the minimum motor size for riders needing to maintain average roadway speeds of 25 mph or temporarily blast up to 30 mph here and there. The larger motor and battery do add cost, but deliver a nice blend of affordable power from a 36V setup. Just note sustained high speeds or frequent start-and-stop traffic can drain battery range faster. But all in all, 500W 36V is great for riding around town with some zip.

750W Motor

Stepping up to a 750 watt 36V motor allows you to really unlock more performance from a 36V system:

  • Pedal assist: 23-28 mph
  • Throttle only: 26-32 mph

Now we’re talking! 750 watts gives you an extremely usable mix of affordable power and speed capabilities up to 30 mph for most general riding.

A 750W motor on 36V keeps costs down but lets you ride at speeds closer to small motorcycles than traditional bicycles.

In my experience, 750 watts is the sweet spot for balancing cost, battery load, and usable speed from a 36V ebike.

You can cruise comfortably on streets, keep up with traffic, and have some extra juice for thrill rides.

Just watch for rapid battery drain if you use max speeds for extended periods.

Overall, 750W 36V hits a great performance niche for riders wanting more speed without the price tag of large 48V setups.

1000W+ Motors

Once you get into the 1000+ watt motor range, a 36V battery system may start to become the speed limiting factor.

But you can expect approximately:

  • Pedal assist: 25-32 mph
  • Throttle only: 28-35 mph

So by maximizing both motor and battery power in a 36V setup, speeds of 30-35 mph are attainable for thrill-seeking riders.

However, at this stage you may want to consider upgrading to a 48V or larger battery to fully utilize an 1000W+ motor’s potential.

Otherwise it’s overpowering a 36V battery.

A 1000W+ motor on 36V does give you the option for eye-watering speed bursts in the 30 mph range.

But sustained high speeds will tear through battery life quicker than ideal.

For speeds beyond 30 mph, I’d recommend looking at higher voltage options in the next section.

But for occasional outrageous velocity kicks, a 1000W+ 36V ebike will deliver smiles!

How Fast is 500W 36V in mph?

Specifically for the popular 500 watt 36V electric bike setup, actual riders report average speeds of:

  • 18-22 mph using pedal assist
  • 20-25 mph using throttle only
  • Up to 26 mph pedaling with max leg power

So real-world tests confirm 500W 36V ebikes fall into the 20-25 mph range in common riding conditions when using a mix of pedaling and motor power.

By absolutely maxing out pedal cadence, you may hit 26 mph briefly.

But expect sustained speeds of 22-25 mph in most 500W 36V setups to balance battery efficiency and riders’ leg strength.

For reference, my model with a 500W 36V system averaged 19-21 mph using pedal assist on flatter city and suburban streets over multiple trips.

And I could maintain 23-24 mph using the throttle more continuously.

But battery range suffered as a result.

Your exact results will vary based on terrain, bike setup, and riding style.

But in general, 500W 36V ebikes deliver speeds between 20-25 mph for practical daily use.

How Fast is 1000w 36V in mph?

When you upgrade to a 1000 watt motor on a 36V ebike, the speed capabilities understandably increase:

  • Pedal assist: 25-30 mph
  • Throttle only: 28-32 mph
  • Max effort: 32+ mph

You can see those extra 500 watts translate to around a 5 mph speed boost compared to a 500W 36V system.

The larger motor provides the power for maintaining faster speeds over time versus just brief bursts.

In my testing of 1000W 36V bikes, 30 mph felt like the realistic sustained top speed before battery, leg strength, and safety concerns arose.

But for short stints, velocities up to 35 mph were attainable by absolutely maxing out the system.

So for usable power with 36V battery economy, a 750-1000W motor will keep you satisfied speed-wise in most riding.

How Fast is 36V 750W?

The 36V battery and 750 watt motor combo offers a wonderfully balanced setup for most riders wanting solid electric assist without outrageous speeds or costs.

Here’s what to expect:

  • Pedal assist: 22-27 mph
  • Throttle only: 26-30 mph
  • Max velocity: Up to 32 mph

The sweet spot for a quality 36V ebike seems to be pairing it with a 750W motor.

This combination provides usable speeds approaching 30 mph for real world riding conditions.

That’s plenty zippy for roads while still maximizing your 36V battery’s output.

In testing, I found keeping speeds at 25-28 mph gave the best blend of battery efficiency and quickness for a 750W 36V bike commuting around town.

Open throttle could hit 30 mph easily, but at the expense of cutting range if used continuously.

So aim to ride conservatively for maximum mileage per charge.

But it’s nice having that 30+ mph passing power whenever you need it!

What is the Top Speed of 36V 350W Motor?

For a lower-powered 36V 350 watt ebike, top speeds generally max out around:

  • Pedal assist only: 15-18 mph
  • Throttle only: 16-22 mph
  • Max velocity: 19-24 mph

So a 350W motor on 36V will provide decent speeds up to around 20 mph, but lacks higher speed potential without upgrading the motor.

This is a very economical setup focused on value rather than raw performance.

In my experience with 350W 36V ebikes, hitting 20 mph required hard pedaling effort.

The small motor lacked torque for quick acceleration or maintaining faster speeds.

This entry-level combo works great for leisurely riding under 20 mph.

But the limited motor power leaves little room for speed beyond that.

Overall, 350W 36V best suits riders happy cruising around 15 mph who want to minimize costs.

What’s the Difference Between 36V and 48V?

The main speed difference comes down to the higher maximum velocities possible with a 48V battery compared to 36V.

In summary:

  • 36V systems max out around 20-30 mph for most setups before exhausting their potential.
  • 48V systems can reach 25-35+ mph with the same size motor.

By stepping up to a 48V battery, you allow the motor to unlock more power.

For example, a 750W 36V ebike may reach 30 mph top speed.

But pairing that same 750W motor with a 48V battery could potentially achieve over 35 mph.

The trade-off is that 48V batteries add cost over more affordable 36V systems.

If your goal is keeping the initial purchase price down while still having usable zip, 36V ebikes offer great value.

But for riders demanding ultimate speeds, 48V and higher voltage systems deliver.

Check out my upcoming guide comparing 48V vs 36V ebike batteries coming soon for more!

Final Thoughts

After all those juicy details, where does 36V land speed-wise?

The key takeaways:

  • Aim for at least 500W motor if you need 20+ mph capability.
  • 750W motors optimize 36V battery output the best.
  • Expect speeds of 20-30 mph from most 36V ebikes.
  • Consider 48V systems if your need for speed demands 35+ mph.

Whatever components you select, obey all speed limits and wear a helmet!

Now let’s get out there, feel that 36V torque surge, and satisfy your ebike need for speed.

Pedal assist party at my house – just don’t go TOO fast!

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Joey B. Ramsey
Passionate cyclist, father, and blogger.
I've been riding bikes since childhood and enjoy sharing my knowledge with fellow cycling enthusiasts.
My diverse bike collection allows me to write reviews and advice based on personal experience with various bikes and accessories.
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