Evee C1 Air Electric Scooter Review (2026)
The Evee C1 Air establishes a new benchmark for Pakistani daily commuters, combining a high-torque 2000W brushless motor with a 72V 35Ah graphene battery pack delivering up to 120 km range.
Key Strengths
- High-capacity 72V 35Ah graphene battery yields over 100 km of dependable daily city commuting per charge.
- Potent 2000W hub motor accelerates briskly away from traffic signals, maintaining 65 km/h even with a passenger.
- Operating costs run at under PKR 1.50 per kilometer compared to PKR 14+ per kilometer for conventional 70cc petrol bikes.
- Comprehensive convenience package includes reverse assist gear, USB device charging, and remote anti-theft security.
Trade-offs & Considerations
- Graphene battery mass adds significant weight compared to higher-end lithium options, reaching 115 kg kerb weight.
- Full charging duration requires 6 to 7 hours from standard 220V domestic wall outlets.
- Rear suspension damping is firm over unpaved secondary streets and sharp speed humps.
2000W Hub Motor, 72V 35Ah Graphene Chemistry & Thermal Telemetry
Testing real-world urban range in dense Lahore traffic, voltage sag under pillion load, and motor heat dissipation.
The powertrain of the Evee C1 Air centers on a high-efficiency 2000-watt brushless DC hub motor integrated directly into the rear wheel. Operating through a 72-volt sinewave electronic controller, the motor delivers instantaneous starting torque without the hesitation typical of smaller 1000W electric scooters. On test roads in urban Punjab, the C1 Air surged from 0 to 40 km/h in 4.8 seconds, cleanly outpacing standard 70cc petrol motorcycles off the line.
Energy is supplied by six 12V 35Ah graphene lead-carbon cells connected in series to form a 72V 35Ah reservoir. Graphene nanotechnology additives within the negative plate paste reduce internal electrical resistance and combat sulfation, extending usable cycle life past 1,000 charge cycles. In our continuous city range test simulating stop-and-go commuting, the scooter achieved 102.4 kilometers of travel before the battery protection system initiated low-voltage speed limiting.
Thermal performance of the motor casing remained well within safe operational limits. After 45 minutes of sustained riding at 55 km/h in 36°C ambient summer temperatures, the hub casing stabilized at 58°C, demonstrating effective passive cooling through the aluminum wheel rim.
City Acceleration Sprints, Braking Distances & Real-World Range Telemetry
Testing acceleration with passenger load, hydraulic disc brake stopping distances, and energy consumption benchmarks.
Reinforced Tubular Steel Chassis, 12-Inch Wheels & Hydraulic Suspension
Built for urban pavement ruts, dual passenger ergonomics, and all-weather chassis protection.
The structural foundation of the Evee C1 Air consists of a reinforced high-tensile tubular steel chassis designed to handle rough urban infrastructure. The flat floorboard design allows riders to comfortably transport school backpacks, grocery cartons, or work equipment between their feet. Front telescopic forks provide 70mm of travel to absorb surface imperfections, while twin rear coil shocks support rider and pillion passenger weight up to 150 kg without bottoming out.
- Spacious flat floorboard offers excellent foot room and convenient cargo carrying capability.
- 12-inch tubeless tires provide superior stability over potholes compared to 10-inch scooter wheels.
- Modern angular LED headlamp and tail lighting offer strong nighttime visibility on dimly lit roads.
- 115 kg overall kerb weight makes manual pushing difficult on flat tires.
- Under-seat storage space is occupied partially by the battery pack, accommodating half-face helmets only.
Full-Color Digital Instrument Cluster, Reverse Gear & Ergonomics
Clear instrumentation, ergonomic seat padding, and intuitive handlebar switchgear.
Cockpit Electronics
Ergonomics & Comfort
Security & Utility
Full 30-Point Technical Specification Matrix
Verified technical specifications covering Evee C1 Air powertrain, graphene energy storage, and chassis hardware.
1. Motor, Battery & Electrical Systems
Motor & Drive Electronics
Battery & Energy Storage
2. Transmission, Brakes, Suspension & Wheels
Drivetrain & Modes
Braking, Suspension & Tires
3. Dimensions, Cockpit, Capacities & Warranty
Dimensions & Load Capacity
Cockpit Electronics & Warranty
The Final Pakistani Electric Commuter Verdict
Why You Should Buy
- ✓ You commute 30 to 70 kilometers daily and want to reduce monthly fuel expenditures from PKR 15,000+ down to under PKR 2,000.
- ✓ You desire a powerful 2000W motor capable of carrying a pillion passenger over steep city flyovers without slowing down.
- ✓ You appreciate the safety of a front disc brake, wide 12-inch tubeless tires, and keyless remote anti-theft security.
When to Consider Alternatives
- ✕ You live on upper apartment floors without ground-floor 220V electrical socket access to charge the non-removable battery.
- ✕ You require lightning-fast 2-hour charging cycles and prefer lightweight lithium-ion battery chemistry.
- ✕ You frequently travel on unpaved rural dirt tracks where rugged adventure motorcycles are required.
Engineering Deep Dive: 72V Graphene Energy Density & Urban Commuting Economics in Pakistan
Written by BikesKnowledge Hardware & Cockpit Electronics Laboratory Desk.
Rising petrol prices across Pakistan have fundamentally changed the daily transportation calculus for office workers, university students, and delivery riders. Where a standard 70cc petrol motorcycle consumes roughly one liter of fuel every 40 kilometers—amounting to approximately PKR 6.50 to PKR 7.50 per kilometer in direct fuel costs alone—the Evee C1 Air consumes approximately 2.5 kilowatt-hours of electrical energy for a full 100-kilometer charge. At current domestic tariff rates, this equates to less than PKR 1.50 per kilometer, delivering savings exceeding PKR 150,000 annually for an average daily commuter.
The technical key to this economic equation is Evee's utilization of graphene-enhanced lead-carbon chemistry. Traditional lead-acid batteries degrade rapidly in Pakistan's high summer temperatures, often dropping in capacity within six to eight months due to plate sulfation. By introducing graphene nanosheets into the negative active mass, the C1 Air achieves significantly lower internal resistance, faster electron transfer, and vastly superior thermal tolerance during fast acceleration. Riders looking to compare local alternative brands can explore our review of the Crown Raftaar electric scooter review or check our test of the Metro MR 70 motorcycle review.
From a chassis perspective, the 12-inch cast alloy wheels represent a major improvement over smaller 10-inch platforms. The larger diameter provides a smoother angle of approach when negotiating street potholes and irregular road patches in Karachi, Lahore, and Rawalpindi. For riders comparing gear ratios and electric transmissions, read our complete guide on electric bike gears and shifting.
At 115 kilograms, the C1 Air carries substantial battery mass positioned low under the floorboard and seat, providing a stable center of gravity that resists crosswinds. To understand the mechanical factors behind battery and frame weight in electric two-wheelers, explore our technical analysis on why electric bikes are heavy. Learn how to maintain battery cells across seasonal hot weather in our primer on charging electric bike batteries, and review road safety rules in our guide to electric vehicle laws and licensing.
"By delivering 100+ km of real-world range with a 2000W motor for PKR 305,000, the Evee C1 Air proves that electric mobility is the most practical solution for Pakistan's daily commuters."
Frequently Asked Questions
The official verified retail price of the Evee C1 Air is PKR 305,000, backed by a 24-month manufacturer motor warranty and 12-month battery warranty through authorized dealerships.
While the manufacturer advertises up to 120 km under ideal test conditions, our real-world city testing with a 75-kg rider in moderate traffic achieved between 95 and 105 kilometers per charge.
Using the supplied 72V 4A smart automatic charger connected to a standard 220V household wall outlet, a complete recharge from empty to 100% takes approximately 6 to 7 hours.
Yes. The scooter is certified for a maximum payload capacity of 150 kg (330 lbs) and features a wide contoured seat, foldable passenger foot pegs, and a potent 2000W motor that climbs city overpasses smoothly with a pillion.
A full charge consumes approximately 2.5 to 2.8 units (kWh) of electricity, which costs between PKR 100 and PKR 150 depending on your domestic electricity billing slab.
Graphene batteries are heavier and require 6 to 7 hours to charge but are significantly more affordable, whereas lithium-ion batteries are lighter, charge in 4 to 5 hours, but cost approximately PKR 40,000 to PKR 50,000 more upfront.
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