Mahindra XEV 9S vs MG Hector Tomahawk EV: Which 3-Row Electric SUV Delivers Better Performance in India 2026?

The Mahindra XEV 9S Pack Three Above reaches 100 kph in 7.54 seconds and claims 679 km of MIDC range — making it the faster, longer-legged option in this head-to-head against the MG Hector Tomahawk EV, which does the same sprint in 8.23 seconds with a 517 km claimed range. These headline numbers come from Autocar India's GPS-timed performance test of both three-row electric SUVs, conducted in a controlled environment with two occupants and tyres set to manufacturer-recommended pressures.

The XEV 9S is Mahindra's first authentic electric-origin 7-seater SUV, built ground-up on the INGLO skateboard architecture rather than converted from an ICE platform. The MG Hector Tomahawk EV, by contrast, electrifies the long-running Hector nameplate, carrying over its front-wheel-drive layout and familiar three-row body into the EV era. That fundamental difference in origin shapes almost every performance number in this comparison.

Before diving into the test data, here is how the two contenders — and the Maruti Suzuki e Vitara, which anchors the compact end of India's EV SUV ladder — stack up on paper:

Specification	Mahindra XEV 9S Pack Three Above	MG Hector Tomahawk EV	Maruti Suzuki e Vitara
Battery capacity	79 kWh	69.2 kWh	49 kWh / 61 kWh
Power	286 hp	204 hp	144 hp / 174 hp
Torque	380 Nm	310 Nm	300 Nm
Drive layout	Rear-wheel drive	Front-wheel drive	FWD / AWD
Claimed MIDC range	679 km	517 km	~500 km (est.)
Max DC charging	180 kW	90 kW	50 kW
Rows of seating	3	3	2
Price (ex-showroom)	Rs 29.95 lakh	Rs 19.49–23.49 lakh	Rs 17.49–22.49 lakh (est.)

The Maruti Suzuki e Vitara sits in a distinctly different category — a compact 5-seat crossover that competes on affordability and urban usability rather than seven-seat family hauling. Its inclusion here is deliberate: buyers considering stepping up from the e Vitara's compact footprint to a genuine three-row EV need to understand that the XEV 9S and Hector Tomahawk EV operate in a segment roughly Rs 7–13 lakh above the e Vitara's price band, with correspondingly larger batteries, longer ranges, and — in the XEV 9S's case — significantly more power. If your family genuinely needs that third row and you can stretch the budget, the 3-row segment makes sense; if you don't, the e Vitara's more compact dimensions and lower running costs may serve you better.

What do the acceleration numbers actually mean for real-world driving?

The XEV 9S's 286 hp and 380 Nm, channelled through a rear-mounted motor to the rear wheels, give it a consistent edge over the Tomahawk EV's 204 hp and 310 Nm front-wheel-drive setup across every acceleration interval tested by Autocar India.

0–100 kph acceleration (seconds)

Interval	Mahindra XEV 9S	MG Hector Tomahawk EV	XEV 9S advantage
0–20 kph	1.39 s	1.47 s	0.08 s
0–40 kph	2.73 s	2.84 s	0.11 s
0–60 kph	4.17 s	4.25 s	0.08 s
0–80 kph	5.62 s	5.93 s	0.31 s
0–100 kph	7.54 s	8.23 s	0.69 s
0–120 kph	9.98 s	11.28 s	1.30 s

The pattern is instructive. Up to 60 kph — the speed range covering most urban traffic light sprints and lane-change gaps — the two SUVs are separated by less than a tenth of a second. A driver in either car would feel broadly similar urgency off the line. The meaningful gap opens at highway speeds. By 80 kph the XEV 9S is 0.31 seconds ahead; by 120 kph it has stretched that to 1.30 seconds. Here the rear-wheel-drive layout and extra 82 hp pay dividends: the XEV 9S keeps pulling strongly once the initial torque surge has been absorbed, while the Tomahawk EV's front-driven setup begins to show its limits.

For Indian buyers who regularly use expressways — the Mumbai-Pune, Delhi-Jaipur, or Bengaluru-Mysuru corridors — the XEV 9S's high-speed composure is a genuine advantage, not just a spec-sheet number.

How does rolling acceleration compare — and why does it matter for overtaking?

Rolling acceleration measures the time taken to accelerate between two speeds from a rolling start, typically in kickdown (full-throttle demand). It is more relevant to everyday driving than a standing-start 0–100 kph sprint, because most real overtaking manoeuvres happen from a moving baseline.

Rolling test	Mahindra XEV 9S	MG Hector Tomahawk EV	XEV 9S advantage
20–80 kph (kickdown)	4.11 s	4.56 s	0.45 s
40–100 kph (kickdown)	4.74 s	5.45 s	0.71 s

The XEV 9S's 0.71-second advantage in the 40–100 kph run is significant. In a real overtaking scenario on a two-lane highway, that gap translates to roughly 10–12 metres of additional clearance before you need to pull back in — a meaningful safety buffer. The Tomahawk EV is not slow by any measure; 5.45 seconds for a three-row 7-seater electric SUV from 40 to 100 kph is respectable. But the Mahindra is noticeably quicker, and the gap is wide enough to feel from the driver's seat.

Which SUV brakes better — and does regenerative braking change the picture?

This is where the comparison gets genuinely interesting, because the two SUVs swap positions depending on which type of braking you measure.

Braking performance

Test	Mahindra XEV 9S	MG Hector Tomahawk EV	Winner
80–0 kph distance	29.67 m	27.52 m	MG (2.15 m shorter)
80–0 kph time	2.55 s	2.39 s	MG (0.16 s quicker)
80–20 kph regen L1	341.03 m	575.94 m	Mahindra (234.91 m shorter)
80–20 kph regen L2	215.8 m	389.91 m	Mahindra (174.11 m shorter)
80–20 kph regen L3	162.46 m	210.09 m	Mahindra (47.63 m shorter)

The MG Hector Tomahawk EV stops 2.15 metres shorter in a conventional emergency stop from 80 kph. In absolute terms that is a real difference — the equivalent of roughly one car length — and buyers who prioritise outright stopping power should note it. The Tomahawk EV's 27.52 m stop is a strong result for a vehicle of this size and weight.

The regenerative braking story reverses this. At every regen level, the XEV 9S slows from 80 to 20 kph in a considerably shorter distance. At L1 — the gentlest setting, closest to coasting — the gap is enormous: 341 m for the Mahindra versus 576 m for the MG, a difference of nearly 235 m. This tells you that the XEV 9S's regen system is substantially more aggressive and effective at harvesting energy on the overrun. For city driving, where regen braking does most of the work, the Mahindra's system will recover more energy per kilometre and reduce wear on the friction brakes.

At L3 — maximum regen — the gap narrows to 47.63 m, suggesting the MG's highest regen setting is more competitive, but the Mahindra still wins. Buyers who prefer one-pedal driving will find the XEV 9S's regen system more satisfying and effective.

How do the battery, range, and charging specs compare?

Range anxiety remains the single biggest barrier to EV adoption in India, and charging infrastructure — while improving rapidly — is still not ubiquitous outside major cities. The battery and charging specs in this comparison matter enormously.

The XEV 9S Pack Three Above uses a 79 kWh LFP battery with a lifetime warranty, claiming 679 km of MIDC range. The Hector Tomahawk EV's 69.2 kWh pack claims 517 km. The 162 km gap in claimed range is substantial — roughly the distance from Delhi to Agra — and even accounting for real-world range being 15–25% below MIDC figures, the XEV 9S should deliver meaningfully more usable range per charge.

On charging, the XEV 9S supports DC fast charging at up to 180 kW, versus 90 kW for the Tomahawk EV. Mahindra claims a 20–80% charge in 20 minutes at a compatible fast charger; MG quotes around 35 minutes for 30–80%. As Autocar India notes, these figures use different charging windows and are not directly comparable, but the XEV 9S's higher peak charging rate is a clear advantage as India's DC fast-charging network expands. On AC, the XEV 9S offers a standard 7.2 kW charger (11.7 hours, full charge) with an optional 11.2 kW unit (8 hours); the Tomahawk EV supports 7.4 kW AC charging, taking 12.5 hours for a 10–100% charge.

For buyers planning long-distance trips — say, a family road trip from Mumbai to Goa or Hyderabad to Bengaluru — the XEV 9S's combination of longer range and faster DC charging makes it the more practical choice. Our guide to the best electric cars for long trips in India in 2026 covers this in more detail.

What platforms and technologies underpin these two SUVs?

Understanding the engineering foundation explains why the performance numbers diverge.

The Mahindra XEV 9S is built on the INGLO electric-origin skateboard platform — a ground-up EV architecture that places the battery pack flat in the floor, enabling a low centre of gravity, a genuinely flat cabin floor, and flexible interior packaging. Mahindra's press release describes it as featuring intelligent adaptive dampers with i-Link front suspension and a 5-link independent rear setup, brake-by-wire with an integrated electronic booster, and variable gear ratio power steering. The MAIA AI brain handles over 140 connected features. The rear-mounted motor configuration — unusual for a front-heavy Indian market — gives the XEV 9S a more balanced weight distribution and allows for the kind of high-speed acceleration advantage seen in the test data.

The MG Hector Tomahawk EV carries forward the Hector's established front-wheel-drive layout with a front-mounted motor. This is a proven, cost-effective approach that keeps the price competitive, but it means the motor and driven wheels are at the same end of the car, which limits traction at high speeds and under hard acceleration. The 69.2 kWh battery is a respectable size for the segment, and 90 kW DC charging is adequate for most use cases, though it will feel slow at a 150 kW or 180 kW charger that the XEV 9S can fully exploit.

The INGLO platform also gives the XEV 9S a claimed cabin volume of 4,076 litres (front and second row combined), a 527-litre boot, and a 150-litre frunk — figures that Mahindra positions as best-in-class for the segment. The XEV 9S also offers L2+ ADAS with five radars and one vision camera, a feature set relevant to buyers researching the best electric cars with ADAS in India in 2026.

How do the prices compare, and is the XEV 9S worth the premium?

Price is where the MG Hector Tomahawk EV makes its strongest argument. At Rs 19.49–23.49 lakh (ex-showroom), it undercuts the XEV 9S Pack Three Above's Rs 29.95 lakh by Rs 6.46–10.46 lakh depending on which Tomahawk variant you compare. That is a significant sum — enough to cover several years of charging costs or a substantial accessories budget.

The question every buyer must answer is whether the XEV 9S's advantages justify that premium. Here is a structured way to think about it:

Choose the XEV 9S Pack Three Above if:

You regularly use expressways and value the extra high-speed performance (the 1.30-second gap at 120 kph is real)
Long-distance road trips are a priority and you want 679 km of claimed range plus 180 kW DC charging to minimise stops
One-pedal driving and strong regenerative braking are important to you
You want the most advanced EV platform (INGLO) with a lifetime battery warranty
Your budget comfortably accommodates Rs 29.95 lakh

Choose the MG Hector Tomahawk EV if:

Budget is the primary constraint and Rs 19.49–23.49 lakh is the ceiling
Most driving is urban or semi-urban, where the performance gap is barely perceptible
You prefer shorter conventional braking distances (the MG's 27.52 m stop is genuinely better)
517 km of claimed range is sufficient for your typical usage pattern
You value the Hector's established service network and familiar ownership experience

The XEV 9S range starts at Rs 19.95 lakh for the base Pack One variant with a 70 kWh battery, as announced by Mahindra at launch. The Pack Three Above tested here is the fully loaded top variant. Buyers who want the XEV 9S's INGLO platform and RWD layout but don't need every feature could consider a lower pack at a price closer to the Tomahawk EV's range.

Where does the Maruti Suzuki e Vitara fit in this picture?

The Maruti Suzuki e Vitara is positioned at the compact end of India's EV SUV ladder — a 5-seat crossover that competes on urban practicality, brand trust, and a lower price point rather than on seven-seat family capacity or long-distance performance. It is relevant here as a reference point for buyers evaluating whether to step up to a 3-row EV at all.

The e Vitara's compact dimensions, Maruti's pan-India service network, and its estimated starting price in the Rs 17–22 lakh range make it a sensible choice for buyers who don't genuinely need a third row. But if your household regularly carries 6–7 people, or if you want the kind of highway performance and range that the XEV 9S delivers, the e Vitara's smaller battery and lower power output place it in a different use-case entirely. The step up from the e Vitara to the XEV 9S is not just a price jump — it is a move to a larger vehicle with a different mission.

Think of the EV SUV ladder this way: the e Vitara handles the compact family segment, the Hector Tomahawk EV handles the value-conscious 3-row buyer, and the XEV 9S targets families who want genuine electric performance with no compromises on space or charging speed.

Which SUV has better safety credentials?

Safety is a critical consideration for any family SUV, and both vehicles offer meaningful protection — though the XEV 9S's spec sheet is more extensive. Mahindra equips the XEV 9S with 7 airbags, L2+ ADAS with 5 radars and 1 vision camera, driver drowsiness detection via the Eyedentity system, and Secure360 Pro with live view and recording. The INGLO platform's brake-by-wire system also enables more precise braking modulation than a conventional hydraulic setup.

For buyers who want to cross-reference safety ratings, our guide to 5-star Bharat NCAP electric cars in India worth buying in 2026 is a useful starting point, as is our roundup of 5-star Bharat NCAP-rated electric SUVs under Rs 25 lakh.

What about after-sales service and ownership costs?

MG Motor India has a well-established dealer network built on the Hector's years in the market, which gives the Tomahawk EV an advantage in service accessibility — particularly in tier-2 and tier-3 cities. Mahindra's electric SUV service network has been expanding rapidly since the BE 6 and XEV 9e launches, but it is still catching up in some markets.

Mahindra quotes running costs of approximately Rs 1.2 per kilometre for the XEV 9S, with maintenance costs of around 40 paise per kilometre — figures that reflect the inherent efficiency advantage of an electric-origin platform. The LFP battery's lifetime warranty is a significant ownership benefit that reduces long-term risk.

Buyers interested in alternative ownership structures should also note that some Mahindra EVs are available under Battery as a Service schemes — our guide to electric cars with BaaS in India covers which models qualify and whether the economics make sense.

For a broader view of the market, our best electric cars to buy in India in 2026 guide places both these SUVs in the context of the full EV space.

Verdict: Which one should you buy?

The Mahindra XEV 9S Pack Three Above wins this performance comparison clearly and comprehensively. It is faster off the line, faster at highway speeds, faster in rolling acceleration, longer-ranged, and faster to charge. Its regenerative braking system is substantially more effective at all three levels. The only metric where the MG Hector Tomahawk EV comes out ahead is conventional emergency braking distance — and even there, the 2.15-metre difference, while real, is unlikely to be decisive in most real-world scenarios.

The MG's counterargument is price. At up to Rs 10.46 lakh less than the XEV 9S Pack Three Above, the Tomahawk EV offers a credible three-row electric SUV experience for buyers who don't need the Mahindra's performance ceiling. Its 517 km claimed range is adequate for most Indian usage patterns, and its 90 kW DC charging, while slower, is sufficient at most public chargers currently deployed across India.

The decision ultimately comes down to budget and use case. If Rs 29.95 lakh is within reach and you want the best-performing three-row electric SUV in this price band — with an electric-origin platform, RWD dynamics, 180 kW charging, and a lifetime battery warranty — the XEV 9S is the answer. If you need to stay under Rs 24 lakh and are willing to accept a more modest performance envelope, the Hector Tomahawk EV is a reasonable choice that won't leave you wanting in city traffic.

What neither of these SUVs is, however, is a substitute for the Maruti Suzuki e Vitara if your actual need is a compact, affordable urban EV. The 3-row segment exists for a specific kind of buyer — one whose family size, travel habits, and budget all point upward. If that's you, the XEV 9S is the more compelling machine.