LWAYS
Kenya's roads are changing. Walk into any major logistics depot in Nairobi, Mombasa or Kisumu today and you will likely spot something new parked alongside the familiar diesel vans and pickup trucks: electric motorcycles, electric tuk-tuks and even light electric commercial vehicles. Companies are embracing EVs for last-mile delivery, cost reduction and sustainability goals. The transition is real, and it is accelerating faster than most fleet managers anticipated.
But here is the problem nobody talks about enough. Running a mixed fleet of diesel and electric vehicles is not just a procurement challenge. It is a data challenge. Diesel vehicles produce one set of operational signals. Electric vehicles produce a completely different set. When your GPS tracking system cannot read both, you end up managing two separate worlds from two separate dashboards or worse, with no data at all on your EVs. That blind spot costs money, causes operational delays and creates safety risks that no fleet manager can afford.
The Mixed Fleet Challenge Facing Kenyan Fleet Managers
Consider a realistic scenario playing out across Nairobi right now. A mid-sized logistics company operating 30 diesel delivery vans decides to introduce 10 electric motorcycles into its fleet to handle urban last-mile deliveries more efficiently. The electric motorcycles are faster in traffic, cheaper to charge than to fuel and produce zero emissions in residential zones. On paper, the decision makes complete sense. On the ground, the fleet manager quickly runs into a wall.
The standard GPS trackers already installed across the 30 diesel vans work perfectly for those vehicles. They report location, speed, ignition status and fuel levels through direct CAN Bus integration. But the same trackers installed on the 10 electric motorcycles return only basic location and movement data. There is no battery state of charge reading. There is no way to know whether a rider heading to South B from Industrial Area has enough charge to complete the delivery and return to base. Dispatch has to call riders directly to ask how much battery they have left. Riders guess. Routes get abandoned mid-run. Packages arrive late. Customers complain.
This is not a hypothetical inconvenience. It is a genuine operational blind spot. The fleet manager now has a fragmented picture of the entire fleet. Diesel vehicles are fully visible on the dashboard. Electric vehicles are ghosts. Planning efficient routes, scheduling charging stops and preventing range anxiety becomes guesswork rather than data-driven decision-making. The company invested in EVs to gain efficiency, but the tracking gap is eroding that advantage from day one. This is the mixed fleet challenge facing thousands of Kenyan fleet operators today.
What a CAN Bus EV-Ready Tracker Solves for Mixed Fleets
The solution is a GPS tracker built with CAN Bus capability that is also engineered to read EV-specific data protocols. When the right device is deployed across both vehicle types, everything changes. Here is exactly what becomes visible on a single unified dashboard:
- Diesel vehicle data: Real fuel consumption, engine temperature, RPM, odometer mileage and diagnostic fault codes pulled directly from the vehicle CAN Bus. No guesswork, no manual dip-stick readings.
- EV vehicle data: Battery state of charge as a live percentage, current charge level, drivetrain health parameters and power consumption rates. The same depth of insight you get from a diesel engine, applied to an electric drivetrain.
- Unified fleet dashboard: All vehicles, whether diesel or electric, appearing on one platform with consistent data fields. Fleet managers stop toggling between systems and start making decisions from a single source of truth.
- EV battery threshold alerts: Automated alerts trigger the moment an electric vehicle's battery drops below a pre-set safe threshold during an active route. Dispatch can reroute the rider to a charging point before the vehicle is stranded.
- Diesel fault and temperature alerts: When a diesel van's engine temperature spikes or an OBD fault code is detected, the platform flags it instantly. Maintenance teams can intervene before a minor issue becomes a costly breakdown.
For a Nairobi fleet manager, this unified visibility fundamentally changes how a workday runs. Morning route planning now accounts for each electric motorcycle's current battery level before dispatch. High-charge EVs get the longer urban routes. Lower-charge units get shorter loops near charging infrastructure. Diesel vans with pending fault codes get flagged for pre-departure inspection. Every vehicle leaves the depot with its operational status known, not assumed.
The downstream impact on cost and service delivery is significant. Fewer stranded vehicles means fewer emergency rescues and fewer failed deliveries. Proactive maintenance scheduling driven by real engine data reduces unplanned downtime. And because the entire fleet sits on one platform, the management overhead of running mixed assets does not double as the EV count grows. The system scales with the fleet. That is the operational logic that is winning over logistics companies, courier firms and corporate fleets across East Africa right now.
Planning for the EV Future in East Africa
Kenya is not just experimenting with electric vehicles. It is building the infrastructure and policy framework to accelerate adoption. The government has removed import duty on electric motorcycles and vehicles, making acquisition costs more competitive. The Kenya Revenue Authority has provided clarity on EV taxation. Energy companies and startups are expanding charging networks in Nairobi, Mombasa and secondary towns. The trajectory is clear: EVs will represent a growing share of commercial fleets over the next five years.
The electric boda boda segment is perhaps the most visible sign of this shift. Companies like Ampersand, Roam and BasiGo are already deploying electric motorcycles and buses at scale in Kenya. Delivery platforms are piloting electric fleets for urban logistics. Corporate organizations with sustainability mandates are exploring EV options for staff transport. The question for fleet operators is no longer whether to introduce EVs. It is how quickly and how many.
Fleet operators who invest in EV-ready tracking infrastructure now are positioning themselves for a genuine competitive advantage. When your competitors are still scrambling to figure out how to monitor their first 10 electric vehicles, you will already have a platform that handles 50 or 100 without changing a single workflow. The tracking infrastructure you build today becomes the operational backbone of your fleet five years from now. Getting the technology right early, rather than retrofitting it later, saves time, money and a significant amount of operational disruption.
How Trackalways Africa Helps Fleets Transition to Smarter Tracking
At Trackalways Africa, we work with fleet operators across Kenya and East Africa to assess their current fleet composition and map out the right tracking solution for where they are today and where they are going. For purely diesel fleets, we recommend devices with deep CAN Bus integration that unlock fuel, engine and diagnostic data. For mixed fleets or operators planning EV additions, we advise on trackers capable of reading both diesel CAN Bus data and EV-specific battery and drivetrain parameters. Our advanced trackers are selected specifically for their ability to handle this complexity without requiring separate platforms or hardware ecosystems. Everything feeds into our Venus Platform, giving fleet managers a single, clean view of every asset regardless of powertrain type.
We also understand that fleet managers are not hardware engineers. Our team handles device configuration, CAN Bus mapping for specific vehicle models and platform onboarding so that the transition from fragmented data to unified visibility is as smooth as possible. Whether you are managing a 10-vehicle courier fleet or a 200-unit logistics operation with a growing EV component, Trackalways Africa gives you the tools and the support to run it all from one place. If you are ready to future-proof your fleet tracking, contact our team today and let us build the right solution for your operation. You can also explore our full range of fleet management solutions to understand what is possible for your specific fleet.
Frequently Asked Questions
Can one GPS tracker monitor both electric and diesel vehicles in Kenya?
Yes. Advanced CAN Bus GPS trackers designed for mixed fleets can read diesel engine parameters and EV battery and drivetrain data simultaneously. Both vehicle types report into a single fleet management dashboard, giving operators one unified view of all assets.
What EV data can a GPS tracker read from an electric motorcycle in Kenya?
An EV-ready GPS tracker can read battery state of charge as a live percentage, current charge level, power consumption rate and drivetrain health parameters. This gives fleet managers the same depth of operational insight for electric motorcycles that CAN Bus tracking provides for diesel vehicles.
How do I track battery charge level on my electric delivery vehicle remotely?
Using a GPS tracker with EV CAN Bus capability, the battery state of charge is transmitted to your fleet management platform in real time. You can view current battery percentage for each electric vehicle, set low-battery alerts and receive notifications when a vehicle drops below a safe charge threshold during an active route.
Is there a GPS tracker that works for both my trucks and new electric vehicles?
Yes. Trackalways Africa supplies advanced GPS trackers capable of integrating with both diesel vehicle CAN Bus systems and electric vehicle data protocols. Your entire mixed fleet, whether diesel trucks, petrol vehicles or electric motorcycles, can be managed from a single platform. Visit our advanced trackers page to see the right options for mixed fleet deployment.
How do I future-proof my fleet tracking system in Kenya for electric vehicles?
Choose GPS tracking hardware that supports CAN Bus integration for both conventional and electric vehicles from day one. Avoid basic plug-and-play trackers that only report location. Invest in a platform like the Venus Platform that can scale with your fleet as EV numbers grow. Speak to a fleet tracking specialist who can map the right device to each vehicle type in your fleet composition.