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Girish Pai drives Bengaluru to Mangaluru most months, about 350 km each way. His petrol sedan has turned ten and the replacement he wants is electric. One car on his shortlist claims 500 km and another claims 700 km for several lakh more. He cannot tell which number describes his Saturday morning.
That gap between a certified figure and a real journey defines this category. The figures are honest, and they come from a rolling road under controlled conditions. Reading them properly turns a brochure number into a decision.
Which long-range electric cars in India have the highest certified range?
The Mahindra BE 6 with the 79 kWh pack leads at 708 km. The cheapest variant carrying that pack is the FE 79 kWh at ₹24.45 lakh. The Hyundai Ioniq 5 follows at 690 km and the Mahindra XEV 9S at 679 km. Every figure here is certified on an Indian test cycle.
The column that matters most is the variant, because a maker publishes its best range against one pack. The car’s starting price usually belongs to a smaller pack. Pair the two and you have described a car nobody sells.
Long-range electric cars in India, by certified range on Indian test cycles
Model | Variant carrying the range | Price of that variant | Certified range | Certification as published | Battery |
|---|---|---|---|---|---|
Mahindra BE 6 | FE 79 kWh | ₹24.45 lakh | 708 km | MIDC certified | 79 kWh |
Hyundai Ioniq 5 | single variant | ₹55.71 lakh | 690 km | ARAI certified | 84 kWh |
Mahindra XEV 9S | Pack One Above 79 kWh | ₹24.93 lakh* | 679 km | MIDC | 79 kWh |
Tata Sierra EV | Adventure 75 RWD | ₹22.19 lakh* | 665 km | MIDC | 75 kWh |
Kia EV6 | GT-Line AWD | ₹65.90 lakh* | 663 km | ARAI certified MIDC full | 84 kWh |
Mahindra XEV 9e | Pack Two 79 kWh | ₹26.50 lakh | 656 km | MIDC P1 + P2, ARAI certified | 79 kWh |
Tata Harrier.ev | Fearless+ 75, RWD | ₹24.99 lakh | 627 km | MIDC P1 + P2 | 75 kWh |
Maruti Suzuki e Vitara | 61 kWh | Not published | 543 km | CMVR Rule 124(1)-28 | 61 kWh |
BYD Atto 3 | Premium or Superior | Not published | 521 km | ARAI | 60.48 kWh |
Hyundai Creta Electric | 51.4 kWh Long Range | Not published | 510 km | MIDC Part 1 + Part 2 | 51.4 kWh |
Tata Curvv.ev | SeriesX 55 | From ₹16.99 lakh | 502 km | ARAI certified, P1 + P2 | 55 kWh |
Tata Nexon.ev | 45 Empowered +A | ₹17.29 lakh | 489 km | ARAI certified, MIDC P1 + P2 | 45 kWh |
Tata Punch.ev | Empowered+ S 40 | ₹12.59 lakh | 468 km | ARAI certified, MIDC P1 + P2 | 40 kWh |
MG ZS EV | all four variants | From ₹17.99 lakh | 461 km | Certified, no cycle named | 50.3 kWh |
Prices marked with an asterisk come from Autocar India, because those makers publish no usable Indian price list. Hyundai and Maruti Suzuki give only a lineup starting price, so the long-range variant price stays unconfirmed. Mahindra also sells the BE 6 at 573 km and 651 km with smaller packs.
Girish can read his answer off that grid. The Sierra EV and the BE 6 both clear his 350 km run on paper. His real question is what those figures become in May traffic with the air conditioning on.
Long-range electric cars in India with international-cycle range claims
Two cars publish range on a European or older international cycle. The BMW i7 50 xDrive M Sport claims 728 km on WLTP. The BYD Seal Premium claims 650 km on NEDC. Those figures sit apart because different rules produced them.
Both are European test procedures. A WLTP figure is the more demanding of the two. An NEDC figure is the most optimistic of the three standards in this guide. Ranking either against an Indian MIDC figure compares the tests themselves.
Long-range electric cars measured on international cycles
Model | Variant | Price | Claimed range | Cycle | Battery |
|---|---|---|---|---|---|
BMW i7 | 50 xDrive M Sport | ₹1.95 crore | 728 km | WLTP | 112.5 kWh |
BYD Seal | Premium | ₹45.55 lakh* | 650 km | NEDC combined | 82.56 kWh |
The Seal price comes from evo India at the 2024 launch. BYD India publishes no current figure and raised prices from 1 July 2026. Treat it as indicative and ask the dealer. The Mercedes-Benz EQS is on sale with a 118 kWh usable pack. Mercedes-Benz India publishes no range figure for it in any cycle, so it carries no entry here.
What do the certified range figures on long-range electric cars measure?
Every Indian figure comes from a laboratory test on a rolling road. The car follows a drive cycle set in the Central Motor Vehicles Rules. That cycle is usually the Modified Indian Drive Cycle, or MIDC. The result is repeatable and comparable, and it does not predict your commute.
The wording makers use varies more than buyers expect. Tata and Mahindra mostly publish MIDC Part 1 plus Part 2. That combines an urban phase with an extra-urban one. Kia publishes ARAI certified MIDC full, and Hyundai names ARAI certified in one document. Another Hyundai document gives MIDC Part 1 plus Part 2 for the same car.
ARAI is the Automotive Research Association of India, which certifies the result. MIDC is the cycle the car is driven on, so the two name an agency and a test. A bare ARAI claim leaves the cycle unstated.
The e Vitara and ZS EV figures are looser still. Maruti Suzuki attributes 543 km to a test agency under Rule 124(1)-28 of the Rules. It names no cycle. MG publishes 461 km as a certified range and names neither agency nor cycle.
Best long-range electric cars in India under ₹20 lakh
The Tata Curvv.ev SeriesX 55 leads this band at 502 km from ₹16.99 lakh. The Tata Nexon.ev 45 follows at 489 km and the MG ZS EV at 461 km. All three clear 450 km on the Indian cycle.
The Curvv.ev is the pick on range and on boot space. Its coupe roofline costs rear headroom that a family of five will notice. Tata lists the 55 kWh pack in three SeriesX variants, and only the floor price is confirmed.
The Nexon.ev suits anyone who wants the segment’s most familiar service network. Every current variant carries the same 45 kWh pack. So the 489 km figure is not locked behind the top trim. That is unusual here. It also removes the variant trap.
Approach the MG ZS EV with questions. Its 461 km is identical across all four variants, which helps buyers. MG names no cycle for it. MG’s own page gives the 50 kW charge time as 60 minutes in one table. Its FAQ says about 50 minutes. Below this band the Punch.ev gives 468 km with the 40 kWh pack.
Best long-range electric cars in India from ₹20 lakh to ₹30 lakh
This band holds the highest certified range on sale in India at any price. The Mahindra BE 6 FE 79 kWh claims 708 km at ₹24.45 lakh. No car under ₹25 lakh in the Indian market beats it. The Mahindra XEV 9S and the Tata Sierra EV are the close alternatives.
The BE 6 lineup was replaced in August 2026 by the SPORTEQ series. Older figures quoting 683 km describe a car no longer sold. Mahindra publishes range by battery pack, so every 79 kWh variant carries 708 km. The FE runs 20-inch wheels and the THREE+ runs 19-inch. Mahindra does not split range by wheel size.
The Tata Sierra EV is the value choice here. Its 665 km RWD 75 kWh powertrain starts at ₹22.19 lakh in the Adventure 75 RWD. That sits roughly ₹2 lakh below the BE 6. Tata does not publish that variant price itself, so confirm it at the dealer.
The Tata Harrier.ev earns its place on published honesty as much as range. Its 627 km belongs to the RWD 75 kWh powertrain, from ₹24.99 lakh in the Fearless+ 75. The ₹21.49 lakh Adventure 65 is a 65 kWh car with no published range at all. Tata states a real-world range of 480 to 505 km for the same RWD car. Buyers crossing ₹26 lakh also get the XEV 9e at 656 km.
Best long-range electric cars in India above ₹30 lakh
The Hyundai Ioniq 5 claims 690 km and the Kia EV6 claims 663 km, both on Indian certification. The Ioniq 5 is the longest-range car in India outside the luxury bracket. It comes in one specification at ₹55.71 lakh.
Hyundai relaunched the Ioniq 5 in April 2026 with an 84 kWh pack. Any 631 km figure describes the previous car. One variant means no decisions to make and no variant trap. Hyundai also publishes the same price across all 21 cities it lists.
The Kia EV6 comes in a single GT-Line AWD trim. Kia India publishes no rupee price for it. Its brochure gives 663 km while its website gives 650 plus km, both ARAI certified. Autocar India reported ₹65.9 lakh at the March 2025 facelift launch.
How much real-world range do long-range electric cars in India deliver?
Several makers now publish a real-world estimate beside the certified figure. The gap runs 100 km to 150 km. Tata gives the Harrier.ev 480 to 505 km against 627 km certified. Mahindra gives the 79 kWh BE 6 over 500 km against 708 km certified.
Tata labels two of these estimates C75 and publishes them as separate numbers. The Nexon.ev carries a C75 real-world range of 350 to 370 km against 489 km certified. The Punch.ev 40 kWh carries 335 to 355 km against 468 km. Tata’s press release puts the upper end near 355 km.
Mahindra states the conditions behind its estimates, and that is what makes them usable. The figures come from internal testing at moderate ambient temperature. The driving is city running with low air conditioning use, on dry roads, in the optimal drive mode.
Certified range against the maker’s own real-world estimate
Model and pack | Certified range | Maker’s real-world estimate |
|---|---|---|
Mahindra BE 6, 79 kWh | 708 km | Over 500 km |
Mahindra BE 6, 70 kWh | 651 km | Over 450 km |
Mahindra XEV 9e, 79 kWh | 656 km | Over 500 km, metros, AC on |
Mahindra BE 6, 59 kWh | 573 km | Over 400 km |
Tata Harrier.ev, RWD 75 kWh | 627 km | 480 to 505 km |
Tata Curvv.ev, 55 kWh | 502 km | 400 to 425 km, an estimate |
Tata Nexon.ev, 45 kWh | 489 km | 350 to 370 km, C75 |
Tata Punch.ev, 40 kWh | 468 km | 335 to 355 km, C75 |
Hyundai, Kia, MG, Maruti Suzuki and BYD publish no real-world figure for any car here. The certified number is all you get. So lean on the pattern in the cars that do publish both.
Steady highway running at 100 kmph pushes the figure lower, as do heavy air conditioning and hill routes. Plan a long drive on the maker’s estimate. Then keep margin above it.
How long do long-range electric cars in India take to charge?
DC fast charging from 10% to 80% takes 18 minutes on the quickest cars here. The slowest take about an hour. The time depends on charger power as much as on the car. A time quoted without the kilowatt figure and the charge window tells you very little.
Charger power, charge window and time belong together. A car that reaches 80% in 18 minutes does so on a 350 kW charger. Those are rare. Outside a few highway corridors you will meet 50 kW units, and the same car takes far longer.
DC fast charging as published by the maker
Model | Charger power | Charge window | Time |
|---|---|---|---|
Hyundai Ioniq 5 | 350 kW | 10% to 80% | 18 min |
Kia EV6 | 350 kW | 10% to 80% | 18 min |
Mahindra BE 6, 79 kWh | Up to 180 kW | 20% to 80% | About 20 min |
Mahindra XEV 9e, Pack Three | 180 kW | 20% to 80% | 20 min |
Tata Harrier.ev QWD | 120 kW | 20% to 80% | About 25 min |
BMW i7 50 xDrive | 250 kW | 10% to 80% | 28 min |
Hyundai Creta Electric | Above 100 kW | 10% to 80% | 39 min |
Tata Nexon.ev, 45 kWh | 60 kW | 10% to 80% | 40 min |
Tata Curvv.ev, 55 kWh | 70 kW | 10% to 80% | 40 min |
MG ZS EV | 50 kW | 0% to 80% | 50 to 60 min |
Kia EV6 on a slower charger | 50 kW | 10% to 80% | 73 min |
The Kia EV6 appears twice because Kia publishes both figures for the same car. That pair is the most useful thing in the grid. One car takes 18 minutes or 73 minutes depending only on what it is plugged into.
Home charging is the other half of the picture. It runs on alternating current at 7.4 kW or 11 kW. A full overnight charge is the normal pattern, and most of these cars take seven to ten hours. Maruti Suzuki includes a wall box with the e Vitara. BMW includes a 22 kW unit with the i7.
What does the battery warranty cover on a long-range electric car?
Tata and Mahindra now offer a lifetime battery warranty with unlimited kilometres, for the first private registration only. Both set the claim threshold at 70% state of health. Everyone else here offers eight years, with a kilometre cap between 1.5 lakh and 1.6 lakh.
State of health measures the pack’s remaining usable energy against its original figure. A warranty triggering below 70% means the maker steps in late. By then the pack has lost roughly a third of its capacity. Above that line, gradual loss is yours to live with.
Mahindra publishes what it restores a pack to, which few makers do. Repair or replacement returns it to 85% state of health up to three years or 60,000 km. The figure falls to 75% up to seven years or 1.4 lakh km, then 70% after that. Tata restores to the steady state before the repair or to 80%, whichever is higher.
Battery warranty terms as published
Model | First registration | On transfer of ownership | Capacity threshold |
|---|---|---|---|
Mahindra BE 6 and XEV 9e | Lifetime, unlimited km | 10 years or 2 lakh km | 70% state of health |
Tata Harrier.ev | Lifetime, unlimited km | 10 years or 2 lakh km | 70% state of health |
Tata Punch.ev 40, Nexon.ev, Curvv.ev | Lifetime, unlimited km | 8 years or 1.6 lakh km | 70% state of health |
Hyundai, Kia, Maruti Suzuki, BYD | 8 years or 1.6 lakh km | Not published | Not published |
MG ZS EV | 8 years or 1.5 lakh km | Not published | Not published |
Lifetime cover carries conditions worth reading before you rely on it. Tata defines lifetime as 15 years from first registration and limits it to the 40 kWh Punch.ev. Mahindra voids the lifetime term on sale to a third party. It also excludes servicing outside its network and use of a non-certified charger.
Degradation follows a predictable shape. Capacity falls fastest in the first year, then settles into a slow decline. Daily fast charging speeds it up. No maker here publishes an annual rate, so the warranty threshold is your only planning number.
How does car insurance work for long-range electric cars in India?
A comprehensive policy covers an electric car the way it covers a petrol one. The battery sits inside the insured value. Two Zurich Kotak add-ons deal with risks specific to an electric car. GST at 18% applies on the premium.
The battery is the most valuable component in any car here. That pulls the insured value up and the premium with it. Replacing a pack outside warranty runs into lakhs, and that exposure is what the electric-specific cover exists for.
Battery Protect covers the traction battery, the drive motor and the hybrid electric vehicle system. The perils named are an unexpected power surge while charging and water ingression. Short circuit is covered, including while mounting, dismounting or charging. So are spontaneous uncontrolled reactions producing explosion, flames or smoke. The wording separates the traction battery from a starting, lighting and ignition battery. A petrol car’s starter battery falls outside it.
EV Protect runs in three sections. Battery and BMS Cover handles the pack and its battery management system. Motor Cover handles the electric motor and drive system, and Charger Cover handles the charging adapter and equipment. That includes home chargers, wall-mounted units and cables, which matters when a wallbox comes with the car.
Four conditions on Battery Protect should shape what a buyer does. Adding it mid-policy is not allowed, so the decision belongs at purchase or renewal. A claim under it takes your No Claim Bonus to zero at the next renewal. Cover carries over to a new owner on transfer. In an accident it pays only where under-carriage damage to the battery caused the damage claimed.
The exclusions draw a line buyers often miss. Anything covered by the maker’s warranty falls outside the add-on. So does a claim reported after 30 days, or a battery or charger the maker has not authorised. Charging against the maker’s guidelines is excluded. So is a car left over-discharged for 24 hours.
That is the line to take away. Insurance answers sudden damage. Gradual capacity loss belongs to the maker’s warranty and its 70% threshold. A long-range car needs both read before delivery.
Which long-range electric car in India should you choose?
Work from your longest regular journey instead of the biggest number in the brochure. Take the maker’s real-world estimate where one exists, and the certified figure where it does not. Then check that the variant carrying that range is the variant you can afford.
Girish settled it with one sum. His 350 km run needs a real-world estimate clearing 350 km with margin. The Sierra EV and the BE 6 both clear it. The 500 km cars manage at a push. The ₹2 lakh between those two bought 43 km of range and a wheel he did not want.
For a city car with occasional long trips, the Curvv.ev or the Nexon.ev carry enough range. Both come with the lifetime battery warranty. For regular intercity running the BE 6 and the Sierra EV are the value picks. Above ₹50 lakh the Ioniq 5 gives 690 km, the longest Indian-certified range of any non-luxury car.
Anyone whose daily driving stays under 60 km should think hard before paying for 700 km. A 450 km car charged at home covers that pattern for years, and it costs several lakh less. Zurich Kotak General Insurance offers Battery Protect and EV Protect under its Car Secure policy. What applies to your own car is confirmed when you take a quote.
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FAQs
Which electric car has the longest range in India in 2026?
On Indian certification the Mahindra BE 6 with the 79 kWh pack leads at 708 km. The Hyundai Ioniq 5 follows at 690 km and the Mahindra XEV 9S at 679 km. The BMW i7 50 xDrive M Sport claims 728 km on the European WLTP cycle. That figure is not directly comparable with an Indian one.
Which is the longest-range electric car under ₹25 lakh?
The Mahindra BE 6 with the 79 kWh pack, at 708 km certified on MIDC. The cheapest variant carrying that pack is the FE 79 kWh at ₹24.45 lakh. The THREE+ 79 kWh follows at ₹24.95 lakh. No other car under ₹25 lakh in India claims a higher Indian-certified figure.
What is the difference between ARAI and MIDC range figures?
ARAI is the Automotive Research Association of India, the agency that certifies the result. MIDC is the Modified Indian Drive Cycle, the test the car is driven on. A claim reading MIDC Part 1 plus Part 2 combines an urban phase with an extra-urban one. A bare ARAI claim names who certified it without naming the cycle.
Can you compare a WLTP range with an Indian certified range?
Not directly. WLTP is a European test procedure, and Indian figures come from the MIDC cycle under the Rules. The two use different speeds, durations and conditions. Ranking one against the other compares the tests as much as the cars.
How much real-world range do these cars give?
Where makers publish both, the real-world estimate runs 100 km to 150 km below the certified figure. Tata gives the Harrier.ev 480 to 505 km against 627 km certified. The Nexon.ev gets 350 to 370 km against 489 km. Mahindra gives the 79 kWh BE 6 over 500 km against 708 km, from internal city testing.
Does car insurance cover battery degradation?
No. Gradual capacity loss sits with the maker’s battery warranty. On these cars that triggers below 70% state of health. Battery Protect and EV Protect cover sudden damage to the pack. The named causes include a power surge while charging, water ingression and short circuit.
Can I add an electric vehicle add-on in the middle of my policy year?
Battery Protect cannot be added mid-term under the Car Secure wording. The decision therefore belongs at purchase or at renewal. A claim under it also takes your No Claim Bonus to zero at the next renewal. On transfer of the vehicle the cover continues for the new owner.
Does a home charger get covered?
Charger Cover under EV Protect covers the charging adapter and charging equipment. The wording names home chargers, wall-mounted units and cables. The perils listed are short circuit, self-heating or arcing, and water ingression. A claim needs the charger to be one the maker has authorised.
What happens to the battery warranty if I sell the car?
The lifetime terms from Tata and Mahindra apply to the first private registration only. On transfer it drops to 10 years or 2 lakh km on the Mahindra cars and the Harrier.ev. It drops to 8 years or 1.6 lakh km on the smaller Tata cars. Battery Protect behaves differently and carries over to the new owner.
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