Every build we've ever done started with the same simple idea: Pakistan's roads are already electric-ready — we just needed to build the bikes. The streets of Gujranwala, Lahore, Faisalabad, and a hundred other Pakistani cities are flat, relatively short in trip distance, and packed with millions of motorcycles burning petrol they can barely afford. We saw that and thought: there is a better way.
That was 2018. We had a small workshop, a team of two, a handful of imported components we weren't entirely sure about, and a determination to figure it out. Eight years and 1,200+ conversions later, we're still in Gujranwala — but the movement we're part of has grown into something much bigger than any one workshop.
This is our story. The real one — the experiments that failed, the lessons we had to learn the hard way, and the community of riders who've kept us going.
In 2018, Pakistan was in a rough patch — and if you rode a petrol bike, you felt it every day. Fuel prices had been climbing steadily. Load shedding in Punjab was at some of its worst: 10, 12, sometimes 14 hours a day in smaller cities. People were already running their lives around the WAPDA schedule, timing everything from evening meals to phone charging around the hours when the power came on.
Our founder — a mechanical engineer who had spent years working on motorcycles in Gujranwala — had a different take on load shedding than most. Everyone had a UPS at home. Everyone had solar panels going up on rooftops. People had already figured out how to store and use electricity off-grid. So why were they still going to a petrol pump every three days?
The answer, at that point, was simple: there were no affordable, reliable electric bikes available in Pakistan. The Chinese e-bikes that had trickled into the market were underpowered, built with cheap lead-acid batteries that died in 18 months, and lacked the torque Pakistani roads demand — especially anyone who needed to carry a passenger, haul goods, or navigate the chaos of a busy city market.
The first bike we ever converted was a Honda CG125 — the same bike that has defined Pakistani road transport for 40 years. We stripped the engine, sourced a 1000W brushless hub motor, built a basic battery tray from steel plate, and wired it all together. It worked. Roughly. The range was inconsistent, the BMS setup was experimental, and we learned immediately that the charging infrastructure we had assumed would be "easy to figure out" was anything but.
But it ran. It was quiet. It cost almost nothing per kilometre. And when we drove it around Gujranwala's streets, people stopped to look.
The CG125 frame is remarkably well-suited for electric conversion — the engine bay fits a compact battery pack cleanly, the weight distribution stays manageable, and the drivetrain is simple. We have now converted more CG125s than any other model. That first bike taught us that the platform was right. Everything else we had to figure out.
The first 12 months were humbling. We tried three different motor manufacturers. Two BMS configurations failed in summer heat. We had a battery pack swell on a customer's bike in June 2019 because we'd used cells that couldn't handle Gujranwala's 46°C ambient temperature. We replaced it at our cost, learned the lesson, and never used that cell chemistry again.
We also discovered that Pakistani riders have specific expectations that European EV conversion guides don't address. Riders here often carry a second person. They may use the bike for 60–80 km a day across city and town riding. They need the bike to be ready to go within minutes of getting home — not after a 4-hour charge. And they need it to survive summers that would reduce a European battery to scrap in two seasons.
You learn things from doing 1,200 builds that you simply cannot learn from reading technical specifications. Pakistani conditions are genuinely different from anywhere else these components were originally designed for — and after years of real-world data from real Pakistani roads, here's what we know for certain.
We've tried them all. Lead-acid, NCM, "graphene" (which is usually just a marketing term for lead-carbon or cheap lithium), and LiFePO4. The answer for Pakistan — specifically — is LiFePO4. Not because it's the most energy-dense (it isn't) but because it is the only chemistry that survives our summers without degrading rapidly and without creating a fire risk on bikes parked in direct sunlight.
Our earliest NCM builds from 2019 — the ones that survived — had their packs replaced within 2.5 years. Our earliest LiFePO4 builds from the same period? Many of those original packs are still running. The maths is simple: the higher upfront cost of LiFePO4 is repaid many times over in cycle life and safety.
Pakistan's motorcycle parts bazaar is extraordinary in its breadth and its willingness to sell you something that looks right but isn't. We've seen customers come to us with conversions done elsewhere using controllers rated at 60A that thermal-throttled at 30°C, motors with unsealed bearings that failed in the first monsoon, and BMS units with no temperature protection that simply let cells overheat without cutting off.
Every component failure eventually becomes our problem — either we fix it or we lose the customer. So we standardised on a verified component list. The hub motors we use are rated for continuous operation at 48°C ambient. The BMS units have temperature cutoff protection. The chargers are regulated for Pakistan's grid volatility. It costs more. It's worth it.
Every MZEV conversion uses: sealed IP65+ hub motors rated for 45°C+ ambient, LiFePO4 cells from verified manufacturers, a BMS with temperature and overcharge protection, and a charger with voltage regulation for Pakistan's grid. We don't substitute these components based on price pressure. If a customer needs a lower price, we reduce the battery capacity — not the quality of what goes inside.
One of the most important upgrades we standardised early was moving to sine wave controllers for all but our entry-level builds. Square wave controllers — the cheap default in most budget conversions — produce a notchy, aggressive power delivery that wears out motor windings faster and creates the annoying whine that gives some EVs a bad reputation. Sine wave controllers deliver smooth, quiet, efficient power. Once you ride a sine wave-controlled bike, you won't go back. Our Pro and Endurance packages use nothing else.
The thing we're most proud of isn't the build count. It's the community of riders who've trusted us over the years and who keep coming back — and keep telling their friends and family.
Our customers now span nearly every major city in Pakistan. Gujranwala remains our home base, but we regularly receive bikes transported from Lahore, Faisalabad, Multan, Rawalpindi, Sialkot, and further afield for conversion. We've done builds for daily commuters, delivery drivers, teachers, students, small business owners, and retired government employees whose pension no longer comfortably covers monthly petrol bills.
What strikes us every time is how rational the decision is for almost everyone. At PKR 280–350 per litre of petrol and a CG125 getting 30–35 km per litre, a daily 40 km commuter is spending PKR 10,000–12,000 per month on fuel alone. Our converted bike costs PKR 80–120 per charge for the same 40 km. The payback period on a MZEV conversion is typically 18–30 months — after which every kilometre is essentially free.
Petrol CG125: ~PKR 10,000–12,000/month in fuel. MZEV electric conversion: ~PKR 800–1,200/month in electricity (even with load shedding factored in). Annual saving: PKR 100,000+. Conversion cost recovered in under 2 years — then pure savings.
We follow up with customers at the 6-month and 12-month mark. The feedback is consistent. Riders tell us the bike is quieter than they expected, that morning starts in winter took some getting used to (LiFePO4 is slightly less punchy at 5°C, though it recovers immediately once moving), and that the savings are real. A recurring comment: "Mujhe pehle hi karwana chahiye tha" — I should have done this earlier.
We've also built a community on WhatsApp and through our workshop where experienced owners advise newcomers. Questions about charging habits, range optimisation, and load-shedding workarounds get answered by other riders, not just our team. That peer knowledge network is one of the things that makes Pakistani EV adoption different from anywhere else in the world.
1,200 builds is a milestone. But it's also a starting point for what we want to do next. Pakistan has an estimated 25–30 million petrol motorcycles on its roads. We've converted 1,200. The opportunity — and the necessity — is enormous.
One workshop in Gujranwala cannot convert 25 million bikes. Nor should it. Our goal is to train skilled mechanics in other cities — Karachi, Multan, Peshawar, Quetta — to perform the MZEV conversion process to the same quality standard we apply here. We're developing a structured training programme that covers component selection, battery assembly safety, BMS configuration, controller calibration, and quality testing. The first cohort is planned for late 2026.
One of the barriers to wider EV adoption in Pakistan is the perception that spare parts are unavailable or hard to source. We're working to change that by establishing a distributed network of MZEV-verified component stockists in major cities. If your motor needs replacement in Multan, you shouldn't have to send the bike to Gujranwala. We want the LiFePO4 cells, controllers, and motors we use to be reachable within a day's travel for any major urban centre.
We started this because we believed every Pakistani who rides a bike should be able to ride an electric one — affordably, reliably, and without risk. That belief hasn't changed. The economics are more compelling now than they were in 2018. The technology is more proven. The community is larger. The government policy framework is more supportive.
Pakistan's EV transition isn't going to be led by luxury car brands or government subsidies alone. It's going to be led by workshops in Gujranwala and Lahore and Karachi, by mechanics who know how to adapt technology to real conditions, and by riders who spread the word because the savings are real and the bikes genuinely work.
We're proud to be part of that. We're prouder still that 1,200+ Pakistani riders trusted us with their bikes — and that most of them have recommended us to someone else. That trust is the business. Everything else is just components.
| Year | Milestone | Build Count | Key Learning |
|---|---|---|---|
| 2018 | Workshop founded, first conversions | ~5 | CG125 is the ideal platform |
| 2019 | LiFePO4 adopted as standard | ~30 | Heat testing kills NCM & graphene |
| 2020 | Pakistan EV Policy announced | 100+ | Quality BMS is non-negotiable |
| 2022 | 3-tier package system formalised | 400+ | Sine wave controllers = better rides |
| 2024 | 1,000 builds milestone | 1000+ | Training programme begins |
| 2026 | Nationwide expansion phase | 1200+ | Community drives adoption faster than ads |
We didn't start MZEV to be a business. We started it because Pakistan needed better electric bikes, and we believed we could build them. Eight years in, we still believe that — more than ever. Come visit us in Gujranwala, send your bike from wherever you are, or just message us on WhatsApp. We'll tell you honestly whether a conversion makes sense for you. If it does, we'll do it right.
Thank you to every rider who has trusted us with their bike, spread the word to a neighbour or colleague, asked a hard question that made our builds better, or simply sent a message saying "bhai, shukriya — bahut acha kaam kiya." You are the reason we're still here. And the reason we're not stopping anytime soon.
1200+ builds done. Yours could be next. Get a free, honest quote from our Gujranwala workshop.