The Last-Mile Delivery Platform That Actually Delivers
A truly effective last mile delivery platform goes beyond software – it integrates high-performance vehicles, smart energy assets, and intelligent infrastructure with advanced fleet control. This holistic system ensures every route is executable, assets are optimized, and downtime is minimized, delivering predictable results where software-only solutions fall short.
Engineering the Perfect Last-Mile Solution
An effective e commerce last mile delivery platform combines four essential layers – physical execution, energy assets, infrastructure, and intelligent control. Together, these layers provide operational certainty, minimize downtime, and deliver measurable results, especially for last mile logistic fleets seeking reliable, scalable solutions.
The Fleet Control Platform
Our fleet control platform surpasses standard last-mile delivery software by fully integrating vehicles, energy assets, and infrastructure, providing full visibility and control over delivery fleet electrification solutions. Core features – route optimization, real-time tracking, automated dispatch, and fleet management – leverage physical and energy data to ensure executable optimizations and smooth, efficient operations..
- Route optimization uses battery & operational data
- Real-time tracking of active vehicles
- Automated dispatch considers energy, status & swaps
- Fleet & customer management ensures efficiency
The Smart Electric Motorcycle
A high-performance electric motorcycle forms the foundation of your delivery fleet electrification solutions, delivering consistent power and commercial-grade reliability without upfront capital through our subscription model. Fully integrated with platform APIs, each vehicle streams real-time telemetry and converts software directives into precise, executable delivery actions.
- High-performance motorcycles built for demanding use
- Subscription removes upfront capital
- Fully integrated with platform APIs for real-time data
- Software commands executed directly in deliveries
The Smart Battery Asset
Our smart battery assets deliver not only energy but critical insights on state-of-charge, battery health, and predictive depletion. This data feeds directly into routing algorithms and cost calculations, turning theoretical plans into executable delivery routes and enhancing operational efficiency and reliability for last mile logistic fleets.
- Real-time battery charge, health, and predictive data
- Connected to routing and cost optimization
- Converts planning into executable delivery actions
- Enhances operational efficiency and predictability
The Battery Swapping Network
Downtime is the Achilles’ heel of software-only platforms. Our strategically deployed battery swapping network enables vehicles to swap batteries in just two minutes, completely eliminating hours of charging downtime. Fast, distributed, and intelligent swap stations ensure high fleet uptime and a reliable physical energy supply, supporting uninterrupted deliveries and predictable operational performance for urban delivery operations.
- Two-minute swaps cut hours of charging downtime
- High fleet uptime ensures continuous value creation
- Removes software-only risks with reliable supply
- Smart swap stations maintain operational efficienc
Why Leading Operators Choose a System, Not Just Software
Their delivery teams were exhausted, juggling multiple tools while vehicles and batteries constantly caused delays and inefficiencies. When they came to us, MOTAWILL’s fully integrated last mile delivery platform streamlined every route, maximized fleet uptime, and made delivery operations predictable and reliable.
“Before Motawill, managing our deliveries was unpredictable with frequent delays and downtime. After switching to Motawill’s last mile delivery platform, our fleet operates seamlessly, routes are fully optimized, and deliveries are consistently on time.”
“Our e-commerce deliveries used to suffer from unpredictable delays and high customer complaints. Since implementing Motawill’s e commerce last mile delivery platform, route planning is optimized with real-time energy data, and our on-time delivery rate has improved dramatically, boosting customer satisfaction.”
“Managing our last mile logistics fleet was always challenging due to vehicle downtime and inefficient dispatch. With Motawill’s last mile delivery logistic fleets solution, fleet uptime is maximized, operations are fully integrated, and we’ve seen a significant reduction in operational costs.”
The Brutal Truth of a Software-Only Approach
Software-only solutions lack access to real-time battery and energy data, rendering route optimization theoretical rather than executable. Even the most accurate tracking is ineffective if vehicles are offline for charging, and automated dispatch cannot fully account for battery swaps, limiting overall efficiency. Our platform leverages real-time energy monitoring, intelligent dispatching, and comprehensive operational data to deliver actionable optimizations and reliable management for e commerce last mile delivery platform operations.
What If You Could Eliminate This Entire Struggle?
When software and hardware are fully integrated, challenges from disconnected data, incompatible hardware, and operational bottlenecks are completely resolved. Vehicles, batteries, and the battery swapping network work in harmony, ensuring every delivery is efficient, controllable, and predictable. Businesses can focus on scaling operations and improving customer satisfaction, supported by a unified system that represents leading logistics fleet electrification solutions.
- Durable Vehicles For Extended Operation
- Consistent Performance Under Peak Demand
- Minimized Mechanical Failures And Downtime
- Reliable Fleet Readiness For Every Delivery
- Smart Route Optimization
- Energy-Aware Dispatching
- DFaster, More Reliable Deliveries
- Enhanced Operational Productivity
- Full Visibility Across Fleet and Energy Assets
- Direct Control Over Scheduling and Routing
- Proactive Management of Bottlenecks
- Enhanced Decision-Making and Responsiveness
- Easily Expandable Fleet Operations
- Integrated Hardware and Software Ecosystem
- Supports Growing Delivery Demands
- Flexible Scaling for Seasonal or Market Needs
The Financial Logic of Integration: Data-Driven ROI
Optimizing routes via software is only half the equation. The real margin erosion in last-mile delivery comes from the hard costs of energy and mechanical downtime. Below, we model the financial impact of switching from a traditional combustion fleet to MOTAWILL’s integrated electric ecosystem over a standard 10,000km commercial cycle.
Operational Benchmarking: The Cost of Delivery
| Categories | Electric motorcycle | Fuel motorcycle | Key differences |
|---|---|---|---|
| Purchase cost | Lower | Higher | Electric motorcycle cheaper $300+ |
| Fuel/charging cost | ✅$0.5/100km | ❌ $9.6/100km | Electric motorcycle save 90% |
| Maintenance cost | ✅Low | ❌ High | Fuel motorcycle need to change oil/filter |
| Power performance | Large torque, fast start, strong climbing | Depends on displacement (low-end vehicles have poor climbing ability) | Expensive for high displacement fuel motorcycle |
| Environmental protection | ✅Zero exhaust, no noise | ❌ CO₂ air pollution + noise pollution | Electric motorcycle reduce carbon emissions 100% |
| Policy support | Tax free + subsidy | Tax increase (some countries impose high fuel taxes) | Many African countries have introduced electric incentives, and the government promotes electric transformation |
Profitability Modeling: Margin Recovery Analysis
Notes:
Two months driving ≈ 10000km
10000km electricity cost=51USD
The Platform is Key. How You Deploy It Determines Your Success.
Choosing how to structure your fleet and energy assets defines operational efficiency, cost predictability, and growth potential. With the right e commerce last mile delivery platform, businesses avoid fragmented systems, reduce downtime, and unlock scalable, reliable delivery operations.
The Hidden Costs of a Fragmented System
Purchasing vehicles and batteries outright and managing them internally brings high upfront capital, unpredictable maintenance, and operational complexity.
- High Upfront Capital
Vehicle and energy investments tie up funds and depreciate quickly, limiting resources for growth.
- Unplanned Maintenance Costs
Every vehicle or battery failure incurs extra costs, disrupts budgets, and impacts delivery performance.
- Immediate Asset Depreciation
Vehicles and technology lose value immediately after purchase, forcing repeated investment to maintain a modern fleet.
- Operational Management Burden
Teams must dedicate time and effort to monitor, maintain, and troubleshoot every asset, diverting focus from core operations.
- Slow Fleet Expansion
Expanding the fleet requires additional capital and time, delaying growth and limiting operational flexibility.
The Strategic Advantage of Subscription
Motawill’s subscription-based last mile delivery platform converts CAPEX into predictable OPEX, covering all software, vehicles, and energy assets while ensuring uptime, control, and scalable growth.
- Predictable Monthly Costs
Monthly expenses are fixed and transparent, allowing businesses to confidently plan budgets without unexpected surprises.
- Comprehensive Maintenance Service
Motawill handles all vehicle, battery swap, and energy asset maintenance, enabling teams to focus on core delivery operations.
- Continuously Updated Fleet and Systems
Vehicles, batteries, and platform systems are continuously upgraded, ensuring fleets remain efficient and competitive.
- Expertly Managed Operations
The platform monitors every asset in real time, reducing operational risks and improving reliability for delivery operations.
- On-Demand Fleet Scaling
Fleets can scale up or down quickly, providing operational flexibility for e commerce last mile delivery platform.
Unlock Your Motorcycle Fleet Via Subscription
Last-Mile Delivery System
Centralized Fleet Control
Our platform functions as the central nervous system, integrating telemetry from swap cabinets, batteries, and vehicles into a single command dashboard. While it includes an industry-standard Rider App for seamless self-service, the system’s core architecture is designed to give operators total remote authority over every asset in the network.
- Real-time GPS tracking & anti-theft locking.
- Automated subscription billing & financial reporting.
- Remote BMS health monitoring & safety alerts.
- Data-driven fleet utilization & performance analytics.
E67 5000W Electric Motorcycle Specifications





| Mode | E67 |
|---|---|
| Dimensions L×W×H | 2083×625×1090 mm |
| Wheelbase | 1390 mm |
| Seat Height | 790 mm |
| Range | 100 KM |
| Top Speed | 95 KM/H |
| Motor Type | Mid Drive Motor |
| Rated Power | 5.0 Kw |
| Peak Power | 10.0 Kw |
| Peak Torque | 280 N·m |
| 0 – 45KM/H | 3.5 Seconds |
| Battery | 72V30Ah ×2 |
| Ground clearance | 195 mm |
| Maximum laden mass | 250 Kg |
| Wheels | Front: MT 1.85×17 / Rear: MT 2.50×17 |
| Tyres | Front: 90/90-17 / Rear: 110/80-17 |
| Transmission mode | Chain |
| Braking system | Front: Φ220 Disk / Rear: Φ220 Disk |
| Driving modes | ECO, NORMAL, SPORT, TURBO (60s) |
| Climbing capacity | 30% (17°) |
| Lights | LED lights all around (front, rear, indicator lamps) |
| Warranty | Vehicle 18 Months |
| Quantity per container | SKD: 105 PCS/40HQ CKD: 145 PCS/40HQ |
EL36 4500W/5500W Electric Motorcycle Specifications





| SPECIFICATION | EL36 85KM/H Version | EL36 95KM/H Version |
|---|---|---|
| Dimensions L×W×H | 2083×625×1090 mm | |
| Wheelbase | 1375 mm | |
| Seat Height | 750 mm | |
| Top Speed | 85KM/H | 95KM/H |
| Motor Type | Mid Drive Motor | |
| Rocker Arm | Double Rocker Arm | |
| Rated Power | 4.5 Kw | 5.5 Kw |
| Peak Power | 9.0 Kw | 11.0 Kw |
| Peak Torque | 280 N·m | 300 N·m |
| 0 – 45KM/H | < 4.5 Seconds | < 4.0 Seconds |
| Charger Power | Swap Station (No Charger) | |
| Ground Clearance | 185 mm | |
| Maximum Laden Mass | 275 kg | |
| Wheels | Aluminum F:1.85×17 / R:2.50×17 | |
| Tyres | F:90/90-17 / R:110/90-17 Tube | |
| Braking System | F:Ø220 Disk / R:Ø220 Drum | F:Ø220 Disk / R:Ø220 Disk |
| Shock Absorber | F:Hydraulic Ø32 / R:Double Spring | |
| Transmission Mode | Chain 428 | |
| Driving Modes | ECO, NORMAL, SPORT, Turbo(Need 2 Bat Parallel) | |
| Climbing Capacity | 30%(17°) | |
| Lights | LED lights all around(front, rear, indicator lamps) | |
| Warranty | Vehicle 18 Months / 24000 km | |
| Quantity per Container | SKD:105 PCS/40HQ CKD:145 PCS/40HQ | |
12-slot Battery Swap Cabinet Specifications



| Items | Parameters |
|---|---|
| Cabinet size | 600(L)*1100(W)*1632(H) mm |
| Chamber size | 220(L)*240(W)*420(H) |
| Chamber Quantity | 12 Slots |
| Communication Method | CAN |
| NFC function | support |
| Touch Screen | 10.1 ’inch |
| Input Voltage | 220V |
| Max power | 9600W |
| Max power each slot | 800W |
| Maximum charging current / slot | 15A |
| Battery Voltage | 72V/60V/48V |
| Operating Environment | humidity ≤95%RH, -10~55℃ |
| Speaker | Standard (embedded) |
| Ingression standard | Lightning protection / IP54 water immersion detect |
| Battery health Diagnosis | BMS support |
| Temperature Monitor | Standard, backstage alarm |
| Remote Monitor | Standard (Diagnose, manipulate online) |
| Chamber indicator | Standard (3 colors’ LED) |
| Communication | With 4G / WIFI / GPS |
| Swapping support | Scan&Swap / Reservation / Offline-swapping |
| Camera / Rainshed / Air conditioner | Optional |
| Distinguish | Stype gas-meltstyle |
| Weight | 235Kg (Without battery) |
73V 45Ah Semi-solid Battery Specifications



| Parameter | Specification | Condition / Note |
|---|---|---|
| Connection | 1P20S | - |
| Nominal voltage | 73V | 3.65V × 20 (actual 73V) |
| Nominal capacity | 45Ah | At 25℃ ± 2℃, 0.5C charging |
| Rated energy | 3285Wh | - |
| Max operating voltage | 87V | 4.35V × 20 |
| Min operating voltage | 60V | 3.0V × 20 |
| Charging method (software) | CC/CV | Protocol charging (CAN) |
| Charging temperature range | 0℃ ~ 55℃ | - |
| Discharging temperature range | 0℃ ~ 60℃ | - |
| Standard charge current | 22.5A | - |
| Standard discharge current | 45A | - |
| Max charging current | 80A | At 25℃ |
| Max sustainable discharge current | 100A, 30S | 20~55℃, ≥50%SOC |
| AC internal resistance | ≤50mΩ | SOC = 50%, AC 1KHz, 25℃ |
| Static pressure difference during system shipment | ≤30mV | 50% ~ 60% SOC (storage mode) |
| Self-discharge | ≤3% / Month | Fresh cell after 3 months, 40%SOC, 25±2℃ storage |
| Working ambient humidity | 20% ~ 80% | N.A. |
| Optimum storage temperature | 25℃ ± 2 | N.A. |
| Altitude requirement | ≤2000m | N.A. |
| Shipping SOC | 25% ~ 30% SOC | N.A. |
| Cycle life | ≥1200 cycles | 25℃±2℃, 0.5C charge, 0.5C discharge, discharge 80% of the measured reference capacity of the battery pack each time, after charging / discharging, each stand for 1h, EOL80%. |
| Short circuit protection | Automatically disconnects the load after short circuit |
Short-circuit the battery's output positive and negative terminals with a 0.1Ω resistor. |
| Activation power consumption | <40mA | Wireless module active |
| Hibernation power consumption | <100uA | Wireless module in sleep mode |
| Low power storage | Shelf time ≥ 30 days | - |
Ready to Deploy Your Ultimate Last-Mile Platform?
Deploy your ultimate last-mile delivery platform today and make every delivery efficient and reliable. By integrating software, vehicles, and energy assets, your operations gain unprecedented control and transparency, setting a new standard for e commerce last mile delivery platform performance.
Your Key Questions, Answered
Can I integrate my existing fleet or software with the MOTAWILL platform?
No, this is a deliberate strategic design choice. Our last mile delivery platform is built as a fully unified ecosystem. Every vehicle, battery, and software component communicates seamlessly, delivering accurate, ground-truth data and perfectly synchronized operations. This ensures maximum fleet uptime and ROI – something software-only solutions cannot achieve.
How does the platform subscription scale with our business?
Our subscription model is designed to adapt to your e commerce last mile delivery platform needs. Fleets can be scaled up by deploying additional vehicles and swap stations, or scaled down during seasonal fluctuations, all with transparent subscription fees. This approach converts your energy infrastructure from a fixed capital liability into a flexible operational asset that grows with you.
What does your support SLA cover for both hardware and software issues?
We provide a unified, enterprise-grade SLA covering the entire platform end-to-end. Our cloud system is monitored 24/7 to proactively prevent software issues, while certified technicians ensure timely response and resolution for vehicles, batteries, and swap stations. We guarantee uptime in a way that software-only solutions simply cannot match.
Who owns the operational data generated by the platform?
You do. All operational data – delivery routes, rider performance, energy consumption, and vehicle status – belongs to your company. Our platform provides full access and API export capabilities. We only use anonymized, aggregated system-level data to improve the MOTAWILL ecosystem, ensuring benefits for all partners while preserving your proprietary information.
Motawill converts upfront costs into predictable expenses for a reliable last mile delivery platform.
Our e commerce last mile delivery platform ensures maximum fleet uptime and fast, reliable deliveries.
Motawill scales delivery fleet electrification solutions to match growing last mile logistic fleets.


