The zone problem
The battery decides which work you can take
Zone-based delivery apps pay differently in different parts of a city. The best-paying zones are rarely the ones couriers can afford to live in.
If your vehicle charges at home, that gap costs you twice. Once riding out, once riding back — and neither mile is paid. Ride to a zone 30 miles away on a 60-mile battery and you arrive with nothing left to work with.
A vehicle that charges on public infrastructure does not have to come home to refuel. The trip out is paid once. Everything after that is your shift, not your battery.
The figures below are modeled from range and charging data, not observed from customers. We are pre-production.
- 0 mi
- Delivery miles a 60-mile home-charged battery has left at a zone 30 miles out
- ~60 mi
- What the E1 gets in the same 8-hour shift, estimated, charging stops included
- 14 min
- To add an estimated 28 miles on a 32 A public post
How zone apps work
Zone-based delivery apps divide a metro area into geographic zones. A courier selects or is assigned one. Zones differ in order density and in what an order pays. The best-paying zones are typically dense commercial districts and higher-income neighbourhoods.
Couriers generally do not live in those neighbourhoods. They live where rent is affordable, which is usually further out and in a lower-paying zone.
So there is a gap between where a courier sleeps and where the money is. Crossing that gap costs range.
The tether
A conventional lithium courier vehicle charges in one place: home. That single fact anchors the whole day.
If the vehicle has 60 miles of range, the courier cannot simply ride 60 miles. They must hold back enough charge to get home. Every mile ridden away from the charger is a mile that must be ridden back, and neither of those miles is paid.
The consequence is not that the courier can reach a zone 30 miles away. It is that reaching a zone 30 miles away consumes the entire battery, leaving nothing to work with.
Miles of paid delivery riding still available after transit, on a 60-mile conventional battery:
| Good zone is this far from home | Round-trip transit | Delivery miles left | Hours of work that supports |
|---|---|---|---|
| Home zone | 0 mi | 60 mi | ~6.0 h |
| 5 mi | 10 mi | 50 mi | ~5.0 h |
| 10 mi | 20 mi | 40 mi | ~4.0 h |
| 15 mi | 30 mi | 30 mi | ~3.0 h |
| 20 mi | 40 mi | 20 mi | ~2.0 h |
| 25 mi | 50 mi | 10 mi | ~1.0 h |
| 30 mi | 60 mi | 0 mi | none |
The better the zone, the shorter the shift.
A courier who wants to work a zone 20 miles away can work two hours there. Not because their shift is two hours, but because their battery is. They are being asked to choose between a long day in a poor zone and a short day in a good one.
The mid-shift trap
It gets worse during the shift, not just at the start.
A delivery ends where the customer lives, not where the courier started. Finish an order that drops you eight miles outside your zone and the app offers a choice: switch to the zone you are now in, or head back to where you began.
For a conventional rider both options lose money:
- Switch zones. You are now further from your charger. Your remaining range has to cover a longer trip home, so the range you can spend earning shrinks again. And the next order may push you further still.
- Ride back. Eight miles at roughly 20 mph through traffic is about 24 minutes of riding with no order attached — roughly $7 of unpaid time at an assumed $18/hour, plus whatever the better zone would have paid during those minutes.
There is no good answer. The courier is choosing which loss to take, and they make that choice several times a shift.
What changes
The vehicle recharges on public Level 2 stations rather than at home. That single change removes the anchor.
The courier no longer has to reserve range for the trip back, because the next charger is wherever they end up, not where they started. Transit to a better zone becomes a one-way cost paid once, instead of a round-trip cost subtracted from every shift.
Note what this argument does not rest on. The E1's pack is the smaller of the two: an estimated 40 miles against the 60 this page credits the conventional vehicle with. It is not a bigger battery. It is a battery that never has to keep half of itself in reserve.
Delivery miles in one 8-hour shift, same zones, both vehicles. The E1 column has its 14-minute charging stops already subtracted — they are inside the number, not an asterisk beside it.
| Good zone is this far from home | Conventional, 60 mi, charges at home | E1, estimated, charges in public |
|---|---|---|
| Home zone | 60 mi | ~74 mi |
| 10 mi | 40 mi | ~69 mi |
| 15 mi | 30 mi | ~67 mi |
| 20 mi | 20 mi | ~65 mi |
| 25 mi | 10 mi | ~62 mi |
| 30 mi | 0 mi | ~60 mi |
At the home zone the two are close — 60 miles against an estimated 74. That is the fair comparison, and we are not pretending it is a rout. The gap opens as the zone gets further away, which is exactly where a courier's choice about the day gets made.
At the zone 30 miles out, the conventional rider has zero delivery miles: the round trip is the whole battery. The E1 arrives with an estimated 10 miles still available, and adds an estimated 28 more every time it stops for 14 minutes — so it works about 60 delivery miles across the shift.
The binding constraint stops being the battery and becomes the working day — which is what a courier is actually paid for. More of your shift is available to earn in.
And the mid-shift prompt stops being a trap. Take the better zone. Charge there.
Move the slider
Delivery miles in one 8-hour shift at a given zone distance. Watch the conventional bar as you pass 30 miles.
Delivery miles in one 8-hour shift. E1 figures are estimated — calculated from pack capacity and charger output, not measured on a production vehicle. The 60-mile conventional battery is a stated comparison assumption, and is the larger of the two packs.
The part that is genuinely lucky
Dense commercial districts and higher-income neighbourhoods — the zones that pay best — are also where public Level 2 charging is most heavily deployed. The vehicle works best in exactly the places a courier most wants to be, and those chargers are largely idle because drivers of electric cars have moved to DC fast charging.
What we assumed
The arithmetic above rests entirely on these figures. They are on the page rather than in a footnote so you can check them.
- Conventional vehicle range
- 60 miles (stated comparison assumption)
- Our estimated range
- 40 miles (design estimate, not measured)
- Estimated miles added per charge
- 28 miles, 10–80%
- Charge time
- ~14 minutes on a 32 A public station
- Working pace
- 10 delivery miles per hour of active work
- Transit speed
- 20 mph average through city traffic
- Shift length
- 8 hours
- Earnings rate used
- $18/hour gross
Range and charge figures are engineering estimates, calculated from pack capacity and charger output — the same model behind the charge calculator and the spec sheet. They have not been measured on a production vehicle. The 60-mile conventional figure is a comparison assumption, not a measurement of any competitor's product. Working pace and earnings vary widely by city, app, and rider.
Honest limits
A courier reading this already knows these objections. Answering them is what makes the rest believable.
- A charging stop is still 14 minutes.It is short enough to take between orders, and the shift figures above already have the stops inside them — but it is not zero.
- Our pack is the smaller one.An estimated 40 miles against the 60 this page credits the conventional vehicle with. If you could only ever charge at home, that comparison would go the other way.
- This depends on public chargers being where you are working.Coverage is good in dense zones and thinner at the edges. Check the map for your area before you buy.
- Repositioning still takes time.A moped is speed-limited, so moving 25 miles to a better zone takes about an hour of riding. It is a one-time cost rather than a daily round trip, but it is not free.
- You still have to get home.The difference is that you no longer hold range in reserve all day to guarantee it — you top up before you head back.
What we are not claiming
Nothing here is a promise about earnings. What the arithmetic shows is miles and hours of work made available; what those hours pay depends on your city, your app, and your day, and is not something we can promise. No delivery platform endorses, partners with, or has reviewed this vehicle.
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