India's Climate Commitments at a Glance
| Goal |
Target Year |
Role of Electric Two-Wheelers |
| Net-zero carbon emissions |
2070 |
Eliminate tailpipe emissions from largest vehicle segment |
| 45% reduction in emissions intensity |
2030 |
Shift daily commuting to electric |
| 80% EV penetration in two-wheelers |
2030 |
Mass adoption of affordable EV scooters |
| 1.32 million public charging stations |
2030 |
Support daily EV charging needs |
| EV30@30 global participation |
Ongoing |
Align with international clean mobility roadmap |
Goal
Target Year
Role of Electric Two-Wheelers
Net-zero carbon emissions
2070
Eliminate tailpipe emissions from largest vehicle segment
45% reduction in emissions intensity
2030
Shift daily commuting to electric
80% EV penetration in two-wheelers
2030
Mass adoption of affordable EV scooters
1.32 million public charging stations
2030
Support daily EV charging needs
EV30@30 global participation
Ongoing
Align with international clean mobility roadmap
Why Two-Wheelers Are the Most Important EV Segment for India
India has over 200 million registered two-wheelers, more than any other vehicle type. Even a 20% electrification of this fleet would eliminate millions of tonnes of CO2 emissions annually. Unlike car EVs, which require significant infrastructure and higher capital, electric scooters charge from existing household sockets. The barrier to entry is lower, the daily impact is immediate, and the cumulative effect is enormous.
Ampere designs electric scooters for mass adoption. The Reo Vyb at ₹71,999 makes electric mobility accessible to first-time buyers with no licence requirement at 25 km/h. The Magnus Neo at ₹90,999 and Magnus G Max at ₹1,02,999 target family commuters and daily office riders at 65 km/h. The Nexus EX+ at ₹1,35,999 serves performance-oriented urban riders at 93 km/h. Across this range, every model contributes to India's decarbonisation goals, not through niche premium pricing, but through scale.
Zero Tailpipe Emissions: The Daily Impact
| Factor |
Petrol Scooter |
Ampere Electric Scooter |
| Tailpipe emissions |
High (CO2, NOx, PM2.5) |
Zero |
| Noise pollution |
Loud engine |
Near-silent operation |
| Urban air quality impact |
Negative contributor |
Positive, zero local emissions |
| Grid dependency |
Petrol (imported crude) |
Electricity (increasingly renewable) |
| Carbon per km (avg grid) |
Higher |
Lower, improving as grid greens |
Factor
Petrol Scooter
Ampere Electric Scooter
Tailpipe emissions
High (CO2, NOx, PM2.5)
Zero
Noise pollution
Loud engine
Near-silent operation
Urban air quality impact
Negative contributor
Positive, zero local emissions
Grid dependency
Petrol (imported crude)
Electricity (increasingly renewable)
Carbon per km (avg grid)
Higher
Lower, improving as grid greens
LFP Batteries and Lifecycle Sustainability
Not all electric scooters are equally sustainable. Battery chemistry matters. The Reo Vyb, Magnus Neo, Magnus G Max, and Nexus EX+ all run LFP (Lithium Iron Phosphate). LFP is cobalt-free, which avoids ethically fraught supply chains tied to Congo mining. It offers 2,000 to 4,000 charge cycles, significantly more than the 1,000 to 2,000 cycles typical of NMC batteries used by some competitors. Fewer replacements mean less waste. Longer battery life means a lower lifetime carbon footprint per kilometre.
The alternative NMC chemistry, used in some Ather and Ola products, offers higher energy density but carries greater thermal risks and shorter cycle life. For India's climate goals, an LFP battery that lasts 7 to 10 years is more sustainable than an NMC battery replaced after 4 to 5 years. The 5-year / 75,000 km battery warranty on the Magnus Neo, Magnus G Max, and Nexus EX+ reflects this durability commitment. The Reo Vyb carries 3 years / 30,000 km on its smaller 1.44 kWh pack.
Solar Charging and the Renewable Grid
India's electricity grid is becoming cleaner every year. Solar and wind are growing as a share of national power generation. When you charge an Ampere scooter from a rooftop solar panel, as some housing societies in Karnataka already do, the lifecycle emissions drop to near zero. Even charging from the current grid is cleaner than burning petrol, and this advantage grows each year as India adds more renewable capacity.
| Charging Source |
Sustainability Level |
Availability for Ampere Riders |
| Standard home socket (grid) |
Good, improving annually |
Universal. 4 hr on the Nexus EX+ to 7.25 hr on the Magnus G Max |
| Rooftop solar panel |
Excellent, near zero emissions |
