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At first glance, the [ARI Poly](https://ari-motors.com/en/electric-cars/ari-poly) is a compact, electric city car - perfect for narrow streets, small parking spaces and everyday urban life. But one technical detail clearly sets it apart from many other electric vehicles in its class: 18 centimetres of ground clearance.

What sounds unspectacular at first has a surprisingly big impact in everyday life - especially for anyone who doesn't drive exclusively on well-maintained asphalt.

 

## What does ground clearance mean - and why is it important?

 

The ground clearance of a vehicle is the distance between the lowest point of the chassis and the ground. It determines how well a car copes with bumps, potholes, kerbs or unpaved roads. With 18 cm of ground clearance, the [ARI Poly](https://ari-motors.com/en/electric-cars/ari-poly) offers more room to the ground than many other small cars - and even some SUVs can barely get any higher.

 

## Everyday scenarios in which the ground clearance of the ARI Poly scores points:

 

- **Field and gravel paths:** Ideal for trips to the countryside, the garden, the farm or the weekly market - all without touching down.

- **Forest paths & parks:** For janitors, municipal services or event services that also travel on natural paths.

- **Cobblestones & poor road conditions:** In historic old towns or rural areas, the ARI Poly cushions uneven surfaces with aplomb.

- **Construction sites & industrial yards:** Where not every road is asphalted, the ARI Poly simply keeps on going.

- **Winter use:** The extra height pays off particularly well in snow, slush or packed ice.

 

## Ground clearance meets everyday practicality: compact, electric, spacious

 

The [ARI Poly](https://ari-motors.com/en/electric-cars/ari-poly) combines practical ground clearance with the typical advantages of a modern electric vehicle:

 

- Four doors for easy entry

- Large trunk for shopping, luggage or work materials

- 100% electric - emission-free, quiet and cost-efficient

- Maneuverable & compact, perfect for tight city centers

- Robust enough for more than just daily city traffic

 

## Conclusion: More freedom thanks to ground clearance

 

With its 18 cm clearance from the ground, the [ARI Poly](<https://www.ari-motors.com/elektroautos/ari-poly>) shows that electric mobility is not just for urban areas. Do you travel on uneven roads, live outside the city or need a small electric car with "off-road reserves"? Then the ARI Poly is exactly the right vehicle for you.

 

[**Find out more now or arrange a test drive - visit our product page or contact us directly.**](https://ari-motors.com/en/electric-cars/ari-poly)

How is the ground clearance of the ARI Poly and how does the electric car perform on unpaved roads or off-road?

ARI Bruni: The space miracle among subcompact cars - What fits in the trunk?

ARI Poly as an alternative to the Dacia Spring? Two small electric cars compared

ARI Poly electric car: an overview of the Pure, Style and Comfort model variants

18 cm ground clearance: how does the ARI Poly electric car perform off-road?

Autonomous delivery is considered one of the most important future trends in urban logistics. Rising delivery volumes, a shortage of skilled workers, increasing sustainability requirements and growing online trade are putting traditional delivery concepts under increasing pressure. Autonomous delivery vehicles promise new solutions here: efficient, emission-free and scalable. But what can autonomous delivery look like in practice?

 

## Autonomous delivery robots on sidewalks - the example of REWE

 

One of the best-known forms of autonomous delivery are small delivery robots that move independently on sidewalks. One prominent example is REWE's autonomous delivery robot, which is being used in several German cities as part of pilot projects.

 

These delivery robots transport small purchases from the supermarket directly to customers in the immediate vicinity. They are electrically powered and move at low speed, navigate using cameras, sensors and artificial intelligence and are specially designed for short distances.

 

The advantage of this concept lies in its high energy efficiency, zero emissions and low operating costs. At the same time, there are clear limits: Transport capacity is limited, ranges are manageable and use is restricted primarily to residential areas with well-developed infrastructure. This model is only suitable to a limited extent for larger delivery volumes or multiple stops.

 

## Autonomous delivery vehicles and vans - example ID. Buzz

 

Another important development direction is autonomous delivery vehicles based on classic vans. One well-known example is the autonomous ID. Buzz, which was developed as an electric delivery van for use in urban traffic.

 

In contrast to small delivery robots, an autonomous van can bundle several delivery stops and transport significantly larger quantities of goods. These vehicles drive on public roads, have to cope with complex traffic situations and are equipped with extensive sensor technology.

 

Autonomous e-vans such as the ID. Buzz are particularly suitable for use on the last mile in cities and suburbs. They can almost completely replace existing delivery processes and offer great potential for making inner-city delivery traffic quieter, cleaner and more efficient.

 

## Specialized autonomous delivery vehicles - example Nuro 3

 

A new vehicle class is establishing itself between classic delivery vans and small sidewalk robots: specially developed autonomous delivery vehicles without a driver's seat. A well-known example of this is the Nuro 3.

 

The Nuro 3 is designed entirely for transporting goods, is electrically powered and is more compact than a conventional delivery van. It deliberately dispenses with an interior for the driver or passengers and uses the space gained exclusively for freight.

 

These vehicles are particularly interesting for delivery services, retailers and logistics companies that operate regular routes with clearly defined areas of operation. They combine higher transport capacity with a smaller space requirement in road traffic and lower operating costs compared to classic vans.

 

## Inexpensive autonomous delivery vehicles - the example of Faction (USA)

 

The US company Faction is pursuing a particularly practical approach. Faction relies on affordable, compact electric vehicles that have been specially developed for autonomous delivery tasks. The aim is to make autonomous mobility economically scalable.

 

Faction's vehicles are significantly smaller than conventional vans, require less energy and can be produced cost-effectively. At the same time, they are designed for use in regular road traffic and can reach higher speeds than sidewalk robots.

 

A central element of the Faction concept is the supervised driverless model: the vehicles drive autonomously, but are monitored remotely and can be assisted or controlled by humans if necessary. This model is currently considered to be particularly realistic, as it combines safety, economic efficiency and regulatory requirements.

 

## Supervised driverless as the preferred solution

 

The examples show that there is no single autonomous delivery solution. Rather, there are different concepts for different purposes - from delivery robots on the sidewalk to autonomous delivery vans and specially developed, low-cost delivery vehicles.

 

The supervised driverless model in particular is currently gaining ground. It enables the practical use of autonomous delivery vehicles today, without having to wait for fully driverless systems.

 

[ARI Motors](https://ari-motors.com/en) is consistently pursuing this approach and is expanding its partnership with Faction. The aim is to combine affordable electric commercial vehicles with supervised autonomous driving technology and create marketable solutions for urban logistics, trade and commerce.

Autonomous delivery vehicles: what options are available today?

The automotive industry is in the midst of a revolution. Electric vehicles are increasingly conquering the roads, and their advantages in terms of environmental friendliness, operating costs and efficiency are undeniable. One of the most remarkable newcomers to the electric van market is the [ARI 1710, a large electric panel van with up to 12 m³ loading volume and up to 1.5 tons payload](https://ari-motors.com/en/electric-utility-vehicle/ari-1710/van).

 

The [ARI 1710](https://ari-motors.com/en/electric-utility-vehicle/ari-1710/van) impresses at first glance with its modern and functional design. Designed as a panel van, it offers a generous loading space that is suitable for a wide range of transportation tasks. Up to 12,000 liters of load volume are possible, which can be loaded via a sliding side door or two swinging rear doors. The vehicle will be launched on the market in a 3.5-ton and a 4.25-ton version.

 

The [ARI 1710](https://ari-motors.com/en/electric-utility-vehicle/ari-1710/van) is powered by a powerful electric motor, which offers impressive acceleration values and reaches a top speed of 100 km/h. With a maximum output of 115 kW, the transporter can effortlessly transport even heavy loads. The immediately available torque of the electric motor ensures a dynamic driving style, even at low speeds and with a heavy load.

 

**Two batteries, long range**

 

A central element of the [ARI 1710](https://ari-motors.com/en/electric-utility-vehicle/ari-1710/van) is its advanced battery technology. Equipped with two lithium iron phosphate batteries with a capacity of 77 and 101 kWh respectively, the van offers an impressive range of up to 279 and 415 kilometers per charge. This is also ideal for supra-regional regional use, where frequent recharging is not possible.

 

Thanks to a quick-charging function, the battery of the [ARI 1710](https://ari-motors.com/en/electric-utility-vehicle/ari-1710/van) can be charged to 80% in just around 45 minutes at quick-charging stations. A full charge takes around 8 hours at conventional wallboxes, which also makes the vehicle suitable for night-time charging cycles.

 

**Available as a 3.5-tonner and 4.25-tonner**

 

The [ARI 1710](https://ari-motors.com/en/electric-utility-vehicle/ari-1710/van) offers an impressive loading area of 12 m³, making it one of the most spacious electric vans in its class. It also offers a large payload based on the permissible gross weight. Depending on the battery, the 3.5-tonne version can load 725 or 630 kg, while the 4.25-tonne version can carry a payload of 1,475 kg or 1,385 kg. This makes it ideal for a wide range of applications, from parcel services to craft businesses and deliveries to retail outlets.

 

The loading area is easily accessible thanks to a low loading edge of 54 cm, and the wide rear and side doors make loading and unloading easy. The interior can be fitted with different floor coverings to meet the specific needs of the user. A load compartment extension including access handles, LED light strip, wooden interior paneling and lashing rails is also available.

 

**Save costs without emissions**

 

A key advantage of the [ARI 1710](https://ari-motors.com/en/electric-utility-vehicle/ari-1710/van) is its zero emissions during operation. As the transporter is powered purely by electricity, there are no local emissions of CO2 or other pollutants. This contributes to improving air quality and supports efforts to reduce the CO2 footprint in the transportation sector.

 

Compared to conventional vans with combustion engines, the [ARI 1710](https://ari-motors.com/en/electric-utility-vehicle/ari-1710/van) also offers significantly lower operating costs. Electricity is generally cheaper than diesel or gasoline, and maintenance costs are also lower due to the reduced number of moving parts and wearing parts. Regular maintenance work such as oil changes are completely eliminated, which further reduces the overall costs for the company.

 

The new electric transporter represents an important step towards sustainable and environmentally friendly transportation solutions. In view of increasing urbanization and stricter emission regulations, the demand for emission-free transport vehicles is high. The [ARI 1710](https://ari-motors.com/en/electric-utility-vehicle/ari-1710/van) meets these requirements while offering the performance and versatility needed for everyday transportation use.

 

The [ARI 1710](https://ari-motors.com/en/electric-utility-vehicle/ari-1710/van) is an impressive representative of the new generation of electric transporters. With its high performance, long range and low operating costs, it offers an environmentally friendly and economical solution for urban and regional transportation. Its modern design and extensive equipment make it an attractive choice for companies looking for a future-proof and sustainable transportation solution.

 

 [**Configure the new ARI 1710 electric transporter now**](https://ari-motors.com/en/electric-utility-vehicle/ari-1710/van)

ARI 1710: Affordable space miracle with a decent range

Mobility requirements in cities are changing and more and more people are looking for environmentally friendly, space-saving and economical alternatives to the classic car. Small electric cars in the L6e class offer precisely these advantages and are therefore becoming increasingly popular. The [ARI 452](/en/electric-cars/ari-802) is a particularly interesting model in this vehicle class. But what are the arguments in favor of an L6e vehicle?

 

## Advantages of L6e vehicles

 

**Low operating costs**

- Light electric vehicles consume less energy than conventional cars and are cheaper to maintain.
- Often reduced insurance costs.

 

**Emission-free driving**

- As they are powered purely by electricity, they do not produce any local emissions.
- Ideal for low emission zones and cities with strict emissions regulations.

 

**Easy to use**

- In Germany, L6e vehicles can already be driven with an AM driver's license (from the age of 15).
- Can be charged from a 230 V socket at home

 

**Compact design and high maneuverability**

- Smaller dimensions make parking and driving in narrow streets easier.
- Perfect for short commutes and inner-city traffic.

 

### The ARI 452 - A convincing model in the L6e class

 

The [ARI 452](/en/electric-cars/ari-802) 2 offers space for two people and is perfect for everyday errands.

 

- **Efficient electric drive:** The ARI 452 impresses with its low energy consumption and a range that is ideal for city traffic. 

- **Practical usability**: Despite its compact size, the vehicle offers enough space for the driver and luggage. 

- **Low operating costs:** Environmentally friendly on the road for just €1.80 per 100 km. 

 

## Conclusion

 

Small electric cars in the L6e class such as the [ARI 452](/en/electric-cars/ari-802) are a smart choice for commuters, environmentally conscious drivers and anyone looking for a maneuverable, cost-effective vehicle for city traffic. With their easy registration, low operating costs and emission-free mobility, they represent a forward-looking alternative to conventional vehicles.

What are the advantages of small electric cars in the L6e class?