BMW iX1 VS Citroen Jumper

VS

BMW iX1

The BMW iX1 stands out as a versatile addition to the electric vehicle market, seamlessly combining compact dimensions with advanced electric technology. Its sophisticated design elements and premium interiors ensure a luxurious driving experience, while the vehicle's performance focuses on delivering both efficiency and agility. With enhanced connectivity features and an emphasis on sustainability, this model represents a significant step forward in BMW's commitment to a greener future.

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Citroen Jumper

The Citroen Jumper impresses with its robust design and exceptional versatility, making it a popular choice for both business and leisure purposes. Its spacious interior is thoughtfully designed to maximise comfort and practicality, providing ample room for passengers and cargo alike. With a smooth driving experience and a range of advanced safety features, the Jumper is well-equipped to handle the demands of modern motoring.

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BMW iX1
Citroen Jumper

Costs and Consumption

Price
about 44700 - 58400 $
Price
about 60300 - 63300 $
Consumption L/100km
-
Consumption L/100km
-
Consumption kWh/100km
15.8 - 17.1 kWh
Consumption kWh/100km
26.2 kWh
Electric Range
436 - 463 km
Electric Range
424 km
Battery Capacity
64.8 kWh
Battery Capacity
97.8 kWh
co2
0 g/km
co2
0 g/km
Fuel tank capacity
-
Fuel tank capacity
-

Dimensions and Body

Body Type
SUV
Body Type
Cargo Van
Seats
5
Seats
3
Doors
5
Doors
4
Curb weight
1940 - 2085 kg
Curb weight
2865 - 2940 kg
Trunk capacity
490 L
Trunk capacity
-
Length
4500 mm
Length
5998 - 6363 mm
Width
1845 mm
Width
2050 mm
Height
1616 mm
Height
2612 - 2850 mm
Payload
495 kg
Payload
560 - 1385 kg

Engine and Performance

Engine Type
Electric
Engine Type
Electric
Transmission
Automatic
Transmission
Automatic
Transmission Detail
Reduction Gearbox
Transmission Detail
Reduction Gearbox
Drive Type
Front-Wheel Drive, All-Wheel Drive
Drive Type
Front-Wheel Drive
Power HP
204 - 313 HP
Power HP
270 HP
Acceleration 0-100km/h
5.6 - 8.6 s
Acceleration 0-100km/h
-
Max Speed
170 - 180 km/h
Max Speed
90 - 130 km/h
Torque
250 - 494 Nm
Torque
410 Nm
Number of Cylinders
-
Number of Cylinders
-
Power kW
150 - 230 kW
Power kW
200 kW
Engine capacity
-
Engine capacity
-
Top speed
170 - 180 km/h
Top speed
90 - 130 km/h

General

Model Year
2022 - 2023
Model Year
2024
CO2 Efficiency Class
A
CO2 Efficiency Class
A
Brand
BMW
Brand
Citroen

BMW iX1

A New Era of Innovation: Meet the BMW iX1

The automotive world has seen a seismic shift towards sustainability and electrification, and BMW has solidified its place in this evolution with the introduction of the BMW iX1. As a fully electric SUV, the iX1 serves as a testament to how luxury, performance, and eco-consciousness can harmoniously blend in the modern automotive landscape.

Exquisite Design Meets Purposeful Engineering

The BMW iX1 is not just an electric vehicle; it's an embodiment of cutting-edge design and technology. With its bold SUV silhouette, the iX1 boasts dimensions of 4500 mm in length, 1845 mm in width, and 1616 mm in height, providing a spacious yet agile presence on the road. Its dynamic aesthetic is complemented by an aerodynamic form that enhances efficiency, offering a drag coefficient that rivals traditional SUV models.

Powertrain and Performance Specifications

Beneath the hood of the BMW iX1 lays an electric motor that signifies the future of automotive engineering. Available variants offer power outputs ranging from 204 to 313 PS (150 to 230 kW). The iX1 comes with either a front-wheel or all-wheel drivetrain, catering to different driving preferences. The xDrive30 variant, in particular, features all-wheel drive, delivering up to 313 PS for those who crave enhanced traction and control.

With a commendable electric consumption of 15.8 to 17.1 kWh per 100 km, the iX1 strikes a fine balance between power and efficiency. Its acceleration stats are equally impressive, with the ability to go from 0-100 km/h in as little as 5.6 seconds. This ensures that while it's eco-friendly, it does not compromise on the exhilaration factor. The vehicle can reach a top speed range between 170 and 180 km/h.

A Journey Without Interruptions: Range and Battery Life

The iX1's battery, boasting a capacity of 64.8 kWh, provides a substantial driving range of 436 to 463 km on a single charge, depending on the variant. This means long road trips are not only feasible but enjoyable, eliminating the range anxiety often associated with electric vehicles.

Comfort and Technological Interior

Inside, the iX1 exemplifies BMW’s commitment to luxury and innovation. It’s a five-seater SUV designed with comfort at its forefront, featuring advanced technological interfaces that enrich the driving experience. The spacious cabin offers 490 litres of boot space, ensuring practicality without sacrificing style.

In terms of monthly costs, owning an iX1 can range between €1,147 and €1,453, considering the zero-emission appeal with a CO2 efficiency class of A.

The Financial Aspect of Sustainability

With a price range from €48,400 to €63,140, the BMW iX1 isn't just a vehicle—it's an investment in sustainable motoring. Factoring in a cost of around 45.9 to 58.1 cents per kilometre, the iX1 offers an economically viable option for the eco-conscious driver.

Conclusion: The Future Is Now

The BMW iX1 stands as a beacon of what the future holds for zero-emission vehicles. With a melding of sustainability, performance, and luxury, it's not just a car, but a glimpse into the next chapter of automotive history.

Citroen Jumper

A Game-Changer in the Electric Van Market: The Citroën Jumper

The Citroën Jumper stands out in the realm of electric vans, bringing a blend of innovation, efficiency, and versatility to the table. This vehicle is designed to meet the needs of businesses searching for sustainable transport solutions, while also delivering impressive performance and technology.

Power Meets Performance: Technical Specifications

The Citroën Jumper is powered by an electric motor that provides an impressive 270 PS (200 kW) output. It operates with front-wheel drive and utilises an automatic transmission for smooth and efficient power delivery. The vehicle boasts a maximum torque of 410 Nm, ensuring it can handle various loads with ease.

A critical factor for business owners is operational cost, and the Jumper excels with a consumption rate of 26.2 kWh/100km and a driving range of 424 km on a full charge. This efficiency is complemented by a zero-emissions output, earning it a CO2 efficiency class of A.

Innovative Design and Features

Citroën has ingeniously optimised the Jumper's design for practicality and comfort. With a body style classified as a transporter, the vehicle is crafted for utility without sacrificing on essentials. It features a standard four-door configuration and offers seating for three, making it a practical choice for various industries.

The versatility in design is reflected in its various configurations, capable of accommodating different load requirements with a payload capacity ranging from 560 to 1385 kg. The Jumper's dimensions vary slightly with model choice, with lengths between 5998 mm and 6363 mm, width at 2050 mm, and height ranging from 2612 mm to 2850 mm.

Electric Innovation at its Core

At the core of the Citroën Jumper is its robust 97.8 kWh battery, making long journeys more feasible in the realm of electric vehicles. Notably, the vehicle maintains a lighter carbon footprint, contributing to sustainable transport solutions with its zero CO2 emissions.

Another innovation is the vehicle's capacity to reach top speeds between 90 km/h to 130 km/h, which shows that electric vans can maintain competitive performance metrics.

A Worthy Investment

While the Citroën Jumper signifies a higher initial investment, with prices ranging from €65,212 to €68,425, it promises considerable savings in fuel costs and environmental benefits over time. It presents an attractive proposition for businesses keen on contributing positively to the planet while maintaining operational efficiency.

In summary, the Citroën Jumper is a perfect embodiment of how electric vehicle technology can adapt to commercial needs, offering an efficient, innovative, and environmentally friendly transport solution.