Last Mile Delivery Optimization, Supply Chain Optimization

Jul 1, 2025

7 mins read

Key Takeaways

The growing e-commerce boom and demand for same-day deliveries is expected to increase delivery vehicles by 36% in top global suburbs by 2030, raising environmental concerns.
Electric vehicles for last-mile delivery reduce operational costs significantly, with electric three-wheelers costing 3.3 times less to operate than conventional vehicles.
EVs require 30% less maintenance than traditional vehicles due to fewer mechanical parts, while providing 80-100 miles of range on a single charge.
Locus’s AI-powered route optimization solutions complement EV adoption by helping businesses plan efficient delivery routes, reduce miles driven, and improve last-mile visibility.

As convenience, delivery speed, and efficiency continue to define customer experience, there is a steady growth in the use of Electric Vehicles to carry out last-mile operations. EVs are eco-friendly and offer some hidden business gains to supply chain enterprises. Read on to catch up on this rising trend that is shaping up the future of last-mile deliveries across the globe.

Electric Vehicles for Last-Mile Deliveries

Over the past few years, there has been a tremendous boom in the e-commerce industry. The COVID-19 pandemic has further escalated it, causing significant shifts in consumer buying behaviors and establishing online shopping as another new normal for all of us.

The bygone year also created a massive surge in demand for same-day and next-day home deliveries, dynamic on-demand services, and hyperlocal shopping. It is only fair to say that convenience is driving customer satisfaction, now more than ever. And as convenience takes the center stage, so does the demand for fast, efficient, and consistent last-mile operations.

Having said that, there has been a steep rise in the number of vehicles on road carrying out last-mile delivery operations. This has led to an increase in carbon emissions and greater fuel consumption. The growing demand for last-mile deliveries is expected to result in 36% more delivery vehicles in the top 100 global suburbs by 2030. This is also expected to increase carbon emissions up unless effective measures are taken.

For enterprises involved in the final mile race, whether it is retail, e-commerce, direct-to-consumer selling, third-party logistics, food, and grocery deliveries, or home services, good logistics is a true litmus test for success in the marketplace.

But at the same time, as socially responsible corporates, businesses also have a commitment towards the environment — to control the devastating impacts of logistical activities on the planet and build sustainable supply chains.

Many supply chain enterprises are therefore embracing greener logistics practices with the aim of reducing carbon footprint and minimizing the impact on the environment.

E-commerce giant Amazon plans to run on 100% renewable energy by 2030 and is working with Rivian Automotive Inc. to include 100,000 battery-electric delivery vans for its Prime deliveries. In August 2020, Walmart-owned Flipkart announced its commitment to transition to 100% adoption of electric vehicles by 2030, joining The Climate Group’s global electric mobility initiative, EV100. Walmart also aims to operate an entire fleet of all-electric vehicles powered with 100% renewable energy, to support their road to zero emissions by 2040.

Across Europe too, electric delivery vehicles are becoming a more common sight on inner-city roads. IKEA, for example, is aiming to have 25 percent of its last-mile deliveries made by electric vehicles by 2025. India’s top online grocery retailer, BigBasket has also begun to use electric bikes and three-wheelers for last-mile delivery, with an aim to ramp up its fleet of 800 EVs to 4,000-5,000 in the next two years.

Download WhitePaper on Last-Mile Delivery: Finding the Right Balance

Adopting Electric Vehicles for Last-Mile Delivery: A Sustainable Shift

The adoption of EVs or electric vehicles for last-mile deliveries is perhaps one of the coolest trends towards implementing green logistics in supply chains. These electric vehicles run on electric motors, instead of internal-combustion engines that generate power by burning a mix of fuel and gases.

There are two types of EVs popularly used — All-Electric Vehicles (AEVs), which run solely on electricity, and Plug-in Hybrid Electric Vehicles (PHEVs), which have both an internal combustion engine and electric motor, running partially on fuel and electricity.

Either way, EVs are seen as an effective replacement for fuel-intensive automobiles, in order to address the issue of rising pollution, global warming, and depleting natural resources. Apart from being environmentally friendly, electric vehicles also offer supply chain enterprises with many other business benefits.

Why Electric Vehicles Make Business Sense for Last-Mile Delivery

Minimal fuel consumption

The logistics industry relies heavily on transportation, and that translates into excessive quantities of fuel consumption, throughout the supply chain journey. The U.S. used nearly nine billion barrels of petroleum in 2018, two-thirds of which went towards transportation. No petrol, CNG, or diesel is needed in a fully electric vehicle, and very little fuel is required even for a hybrid EV. By using electric vehicles for carrying out last-mile deliveries, supply chain enterprises can, therefore, minimize fuel consumption significantly.

Cost-efficient logistics

It goes without saying! Fuel consumption and logistics costs go hand in hand, so when you go all-electric with last-mile operations, it also reduces operating costs along with lesser fuel consumption. The operational cost of a conventional three-wheeler is 3.3 times higher than an electric three-wheeler. Over the life of the asset, it adds up to sizable cost savings. Also, with technological advancements, switching to an electric delivery fleet is no longer a huge monetary investment, as compared to a few years ago.

Convenient and easy to maintain

Electric vehicles are quite low maintenance. Just like a smartphone, electric vehicles can be connected to an external power supply in order to recharge. Once recharged, most EVs have a mileage of 80 to 100 miles and can last up to 12 hours. Electric vehicles also have fewer auto parts compared to regular vehicles — such as the engine, a radiator, pistons, spark plugs, fuel pumps, cooling systems, exhaust systems, and timing belts, which makes vehicle maintenance a lot more hassle-free. These vehicles only need a battery replacement or maintenance, once every couple of years. Research by automotive data experts KeeResources revealed that an electric car is at least 30% cheaper to service and maintain than an internal combustion-engined vehicle.

Electric Vehicles Are Shaping the Future of Last-Mile Logistics

Though the concept of electric vehicles has been around for a long time, lately it has drawn considerable interest among supply chain enterprises due to its efficiency and sustainability. But the big question is whether it is ideal for your business to adopt EVs in your last mile operations?

While all sorts of delivery businesses can easily implement an EV delivery fleet, it is most suited to businesses that perform last-mile deliveries within a fixed and limited radius — such as retail delivery, e-commerce, home service businesses, milk, groceries, or food delivery businesses, etc.

Electric vehicles are gradually gaining popularity in the final-mile game, and it is certainly a worthy investment to consider in 2021 and beyond. If you further want to optimize your supply chain above and beyond implementing EVs in your supply chain, smart route optimization powered by Artificial Intelligence can help in accurately planning delivery routes, day-to-day dispatches, while driving lesser miles and improving last-mile visibility for your business.

Locus offers best in class AI-enabled logistics solutions to optimize your last-mile delivery operations. Get in touch with our experts for a quick tour of our solutions.

Sources:

[Infographic] Electric Vehicles - The Future of Last-Mile Deliveries

Infographic by Locus

Share this infographic by using this embed code:

<a href="https://locus.sh/blogs/electric-vehicles-for-last-mile-deliveries/" target="_blank" style="text-align: center; display: block;"><img src="https://locus.sh/assets/img/infographic/resources/should-you-consider-taking-the-ev-route-for-last-mile-logistics.jpg" alt="[Infographic] Electric Vehicles - The Future of Last-Mile Deliveries" style="width:100%;height:auto;max-width:750px;margin:auto;"></a><br/>Infographic by <a href="https://locus.sh/">Locus</a>

MEET THE AUTHOR

Shweta Sarma

Shweta is a seasoned business author and writes about logistics, supply chain management, and SaaS technologies. She occasionally writes on Quora and loves to take on baking experiments in her free time.

Workforce Empowerment

Delivery Route Planning: What It Is and How to Do It Right

Lakshmi D

Jul 1, 2025

Delivery route planning is planning cost-effective and economical routes for drivers that minimize distance and maximize deliveries.

Dispatch Management

What is Dispatch Management? 5 Ways to Get It Right in 2025

Lakshmi D

Jul 1, 2025

Get the last-mile dispatch management process right in five steps for proper planning and to improve productivity and efficiency of dispatch management plans.

Insights Worth Your Time

Last Mile Delivery Optimization, Supply Chain Optimization

Electric Vehicles for Last Mile Delivery: The Future Ahead

Key Takeaways

Adopting Electric Vehicles for Last-Mile Delivery: A Sustainable Shift