Test methodology
We chose a standardised approach after watching too many YouTube "range tests" that involved a single rider, perfect road conditions, and Eco mode only. Our test is designed to reflect what actual daily commuters in Indian cities experience.
🔬 Test conditions
Traffic
Mixed — morning rush
Rider weight
72 kg (single rider)
⚠️ Important: What these numbers mean
These are Normal mode results with a single 72 kg rider in mixed Mumbai traffic. Eco mode adds 15–25% more range. Two riders subtract 10–20%. Highway riding at sustained speed reduces range. Your real-world number will vary — these give you a calibrated baseline to compare against IDC claims.
The results: ranked by real-world range
Delivered 165 km — our highest real-world result. The 5.3 kWh battery is genuinely large. Closing the gap to IDC requires Eco mode; we tested Normal. Even so, 165 km is a number that eliminates range anxiety for most riders.
The largest gap between IDC and reality in our test (320 → 155 km). Ola's IDC methodology is aggressive. Still, 155 km real-world is genuinely impressive and among the best available. The gap is misleading, the actual range is not.
The best IDC-to-real ratio in the test (86.5% efficiency). Pure EV's conservative IDC claims pay off here — the real number is genuinely close. Best value for range-per-rupee in the sub-₹1.2L category.
140 km puts it ahead of all except the large-battery scooters. Hyper mode significantly cuts this — engaging it regularly drops real range to 110–120 km. Normal mode is where 140 km is achievable.
125 km in Normal mode. The 450X's Warp mode destroys range (drops to 80–90 km if used regularly). The ride quality and handling are noticably better than every other scooter we tested — this scooter earns its premium with feel, not range numbers.
118 km is solid for daily city use. Hero's conservative 80% real-world efficiency is better than Ola's. The ride is comfortable and unremarkable — a reliable, range-adequate commuter for most Indian buyers.
The Chetak's premium build quality is evident on every speed bump and pothole — it absorbs them better than any other scooter we tested. Range is adequate for a 40–50 km daily commute with buffer. The retro design remains a unique selling point no spec can capture.
112 km real range is lower than the segment average, but Ampere's LFP battery means this number degrades more slowly over time. In three years, the Nexus ST may actually out-range an NMC competitor whose battery has degraded in heat.
What the gap between IDC and real range tells you
The average IDC-to-real efficiency across our 8 scooters was 77.4%. In other words: take the IDC claimed range, multiply by 0.77, and you'll have a reasonable Normal mode city estimate. In Eco mode, multiply by 0.9. In aggressive/Sport mode, multiply by 0.65.
The Pure EV ETrance+ and TVS iQube ST had the highest real-to-claimed ratios (86% and 78%). The Ola S1 Pro+ had the lowest (48%). Ola's IDC numbers are unusually optimistic even by industry standards — always apply a larger discount to Ola claimed ranges than other brands.
📌 Our range recommendation framework
- Daily commute under 40 km: Any scooter in this test works. Range is not your constraint.
- Daily commute 40–70 km: Minimum real range needed is 90–100 km (to allow 40% buffer). Ather 450X and above work.
- Daily commute 70–100 km: You need TVS iQube ST 5.3 kWh, Ola S1 Pro 4 kWh, or Pure EV ETrance+.
- Daily commute 100+ km: Only the Ola S1 Pro+ or TVS iQube ST 5.3 kWh work without a midday top-up. Consider a scooter with swap battery or workplace charging.