If you care about range, you want the longest range electric scooters India currently offers. I looked through the latest 2025 updates, manufacturer IDC claims, and real-world reports so you can choose a scooter that actually gets you far between charges. In this guide I’ll walk you through the top five long-range scooters, explain what those range numbers mean, and give a simple comparison table so you can pick the right one for your needs.
How scooter range is measured — and what you should expect
Manufacturers usually quote an IDC (standardized) range number. That helps compare models, but I want you to know the real story: in daily life many riders see about 60–80% of IDC. Factors like speed, load, stop-and-go traffic, climate, and ride mode change the outcome (source: auto.hindustantimes.com).
So when you read a claim like 320 km IDC, I suggest you plan for something closer to 190–250 km in mixed use. Charging times are also important — most large packs quote roughly 0–80% in 3–4 hours, but the exact number depends on the charger and the scooter’s onboard electronics.
The Top 5 longest range electric scooters India — quick overview
Below are the five scooters I found that consistently top the range lists in India in 2025. I used manufacturer IDC claims and recent press to build this list.
- Ola S1 Pro Gen 3 Plus — market-leading claimed range (~320 km IDC) with a 5.3 kWh pack, high top speed (~140 km/h) and fast charging/Hypercharge features. (Source: e-vehicleinfo.com)
- Simple Energy One Gen 1.5 — updated software and a combined pack (~5 kWh total) with a manufacturer IDC claim ~248 km after regen and software optimizations; removable battery adds flexibility. (Source: auto.hindustantimes.com)
- Ola S1 Pro Gen 3 (4.0 kWh) — a slightly smaller Gen 3 pack that still claims ~242 km IDC; a balance between range and price. (Source: e-vehicleinfo.com)
- TVS iQube ST — TVS’s long-range offering with larger pack options (reported up to ~5.1–5.3 kWh) and claims in the ~145–212 km band depending on pack and tuning. (Source: timesbull.com)
- Ultraviolette Tesseract — performance-focused and modular; reported IDC figures for larger packs suggest upper-range capability that can reach into the high‑hundreds for some configurations (varies by source). (Source: e-vehicleinfo.com)
Comparison table — batteries, IDC claims, real-world estimates and price
| Model | Battery (kWh) | IDC claimed range (km) | Estimated real-world range (60–80%) | 0–80% charge (typical) | Price (₹, ex-showroom) |
|---|---|---|---|---|---|
| Ola S1 Pro Gen 3 Plus | 5.3 kWh | ~320 km (IDC) | ~192–256 km | ~3–4 hrs (fast charger dependent) | ~₹1.5–1.8 lakh+ |
| Simple Energy One Gen 1.5 | ~3.7 kWh fixed + ~1.2 kWh removable (~5 kWh total) | ~248 km (IDC after SW/regen) | ~149–198 km | ~3–4 hrs (charger dependent) | ~₹1.2–1.6 lakh (varies with BaaS) |
| Ola S1 Pro Gen 3 (4.0 kWh) | 4.0 kWh | ~242 km (IDC) | ~145–194 km | ~3–4 hrs | ~₹1.3–1.6 lakh |
| TVS iQube ST | Reported up to ~5.1–5.3 kWh (varies) | ~145–212 km (depending on pack) | ~87–170 km (pack dependent) | ~3–4 hrs | ~₹1.1–1.6 lakh |
| Ultraviolette Tesseract | Modular / larger packs (varies) | Reported: varies; upper-range figures in high‑hundreds for largest packs | Varies (~60–80% of IDC) | Varies by pack / charger | Premium pricing (typically top segment) |
Quick note: IDC numbers come from manufacturer/industry reports. Real-world figures are my estimate based on the common 60–80% rule (see sources above).
Practical examples and what riders report
I read owner forums and reviews while collecting these facts. Here are a few patterns I saw:
- Ola S1 Pro Gen 3 Plus owners often report comfortable highway runs close to the lower end of the IDC estimate — around 200–250 km in mixed conditions when riding conservatively (source: e-vehicleinfo.com reports).
- Simple Energy’s Gen 1.5 owners like the removable pack for longer trips: you can carry a charged spare or swap quickly, helping practical range on long rides (source: auto.hindustantimes.com).
- TVS iQube ST users highlight that choice of battery pack matters most: lower-cost variants give fewer kms, while larger packs push the scooter into true long-range commuter territory.
- Ultraviolette Tesseract buyers expect premium performance and are often in the niche of riders who want both speed and long range — but pack options and price vary widely.
How to choose the right long-range scooter for you
When I pick a long-range scooter, I look at three things: real-world range, charging options, and how I ride.
- Real-world range — don’t just trust IDC. If you do a lot of highway riding at high speeds, expect the lower end of the 60–80% band.
- Charging flexibility — removable batteries (like the Simple One setup) or fast-charging support make longer trips easier. Consider if you can install a home charger or rely on public chargers.
- Price and ownership model — long-range scooters are premium. BaaS (battery-as-a-service) or discounts can reduce upfront cost, but compare total running cost over 2–3 years.
If you mostly commute in the city, a 4.0 kWh variant might be the most cost-effective. If you want to do long weekend rides without planning every charging stop, the 5.3 kWh Ola Plus or Ultraviolette’s larger-pack options are worth considering.
Final Thoughts
I hope this clear roundup helps you decide. The longest range electric scooters India market in 2025 is exciting — big packs, smart software, and flexible options like removable batteries are shortening range anxiety. Remember: IDC claims give you a standard baseline, but plan on 60–80% of that number in real life. If you want the absolute top IDC figures, the Ola S1 Pro Gen 3 Plus currently leads the pack with ~320 km claimed. For flexibility, the Simple Energy One Gen 1.5 adds a removable pack; TVS, Ultraviolette, and the 4.0 kWh Ola variant all give strong alternatives depending on budget and use.
If you want, I can convert this comparison into a compact downloadable spec sheet, or pull the official spec pages and latest user reviews for any of these models so you can dig deeper.
