How Far Does a Pure Electric E-Step Really Go? Independent 2025 Range Tests Explained
For many riders, the number one question about an e-step is simple: how far can you get on a single charge? To answer that accurately, Pure Electric retested all e-steps in 2025 under controlled, repeatable conditions. The results are surprisingly positive: many models outperform their previous range claims by a significant margin.
In this detailed breakdown, you'll learn how the tests were conducted, why the numbers have changed, and what factors influence the real-world range of your Pure Electric e-step.
Why Pure Electric Carried Out New Range Tests
Range claims across the industry are often tested under ideal circumstances. To provide clearer, more transparent information, Pure Electric performed a full set of updated range tests. These tests match the standardised method many manufacturers use to publish their maximum range — ensuring true like-for-like comparison.
The new method shows that, under optimal conditions, most Pure Electric e-steps can travel further than previously stated.
Where and How the New Range Tests Were Conducted
All tests took place at Evesham VeloPark (UK), a closed, smooth asphalt circuit perfect for accurate long-distance testing. The conditions were tightly controlled:
- Speed: Constant 15 km/h (cruise control)
- Total rider weight: 75 kg (+/– 5 kg)
- Ambient temperature: Avg. 26°C (+/– 6°C)
- Surface: Flat, level asphalt
- Wind: Below 7 m/s
- Tyre pressure: Max rated pressure printed on tyre
- Mode: ECO mode
- Lights: Turned off
Testing every model with identical settings allows the results to be accurately compared.
New 2025 Test Results: Most Models Outperform Their Previous Claims
Below is the full overview of the official 2025 range results, based directly on Pure Electric’s internal testing data.
| Model | Previous Claim (km) | Actual Range Achieved (km) | Actual Range Achieved (miles) |
|---|---|---|---|
| Air5 | 30 | 46.9 | 29.1 |
| Air5 Pro | 40 | 66.3 | 41.2 |
| Air5 Pro+ Suspension | 50 | 62.0 | 38.5 |
| Air5 Ultra Suspension | 70 | 93.8 | 58.3 |
| Escape | 30 | 44.1 | 27.4 |
| Escape Pro | 40 | 62.1 | 38.6 |
| Escape Pro+ | 50 | 65.8 | 40.9 |
| Advance | 40 | 57.5 | 35.7 |
| McLaren / Advance+ | 50 | 62.4 | 38.8 |
| Flex | 40 | 52.0 | 32.3 |
One standout performer is the Air5 Ultra Suspension, achieving almost 94 km on a single charge — the highest measured range across all tested models.
Why the New Test Results Differ From Previous Numbers
Pure Electric’s previous test method used more realistic riding conditions, such as higher speed and lower ambient temperatures. While useful for real-world expectations, these results weren’t directly comparable to other brands’ “maximum range” claims.
Past testing conditions included:
- 20 km/h instead of 15 km/h
- 10°C temperatures instead of 26°C
- 64 kg rider vs. 75 kg rider
- Different wind conditions
The 2025 testing standard now aligns closely with the industry’s maximum-range protocols. This makes the new figures more representative of the scooter’s theoretical maximum capacity and more comparable across brands.
What Factors Influence Real-World Range?
Although the official numbers reflect ideal conditions, your actual range will depend on several dynamic factors. Below are the most important elements that impact how far you will ride on a single charge.
1. Speed
Higher speed increases air resistance and energy consumption. Riding at 25 km/h instead of 15 km/h can significantly reduce range.
2. Rider weight and load
More total weight requires more motor power, leading to reduced range. Pure e-steps are designed for a maximum load of 120 kg including luggage.
3. Tyre pressure
One of the biggest real-world factors. Under-inflated tyres increase rolling resistance dramatically. Pure recommends maintaining around 36 PSI / 2.5 Bar unless otherwise stated on the tyre.
4. Terrain and elevation
Hills, uneven surfaces and rough roads require more energy and reduce efficiency.
5. Temperature and weather
Batteries perform best when warm. Cold weather, headwind or moisture can shorten the available range.
6. Stop-and-go riding
Frequent braking and accelerating consume far more energy than maintaining a steady speed.
How to Maximise the Range of Your Pure Electric E-Step
Based directly on Pure Electric’s official technical recommendations:
✔ Keep your tyres at 36 PSI / 2.5 Bar
Proper inflation is the number-one factor for improving range and motor efficiency.
✔ Reduce weight where possible
Lighter load = longer battery life per ride.
✔ Choose smooth, flat routes
Avoiding hills and traffic lights can extend your range significantly.
✔ Charge at room temperature
Batteries operate best when they start warm — especially in winter.
✔ Use only original Pure chargers
Ensures safe charging and protects overall battery health.
✔ Store the battery between 20%–80% long-term
Helps preserve battery longevity when not riding for extended periods.
Conclusion: Pure Electric E-Steps Perform Better Than Ever
The updated 2025 independent tests reveal that Pure Electric e-steps deliver more range than previously communicated. Thanks to controlled testing conditions and standardised benchmarks, riders now have a clearer understanding of the true maximum potential of their e-step.
With proper tyre pressure, a smooth riding style and good battery care, you can achieve the best possible range every day.