Quick Takeaways
  • FORTHING electrified models debut at the Paris Motor Show.
  • TK5 BEV charges from 20% to 80% in 18 minutes.
  • TK7 PHEV offers up to 500 km electric range.

FORTHING Presents Four Electrified Models at the Paris Motor Show

On October 12, FORTHING presented four electrified vehicles at the Paris Motor Show under the theme "FOR THINGS THAT MATTER." The lineup comprised the TK5 BEV, TK5 PHEV, TK7 PHEV, and V9 PHEV Camper Van, covering battery-electric and plug-in hybrid applications. The announcement highlighted the models' underlying architecture, charging capabilities, electric driving ranges, and flexible vehicle configurations. The TK series uses the EMA 3.0 global intelligent architecture, which supports 800V high-voltage battery-electric and hybrid platforms. FORTHING also highlighted its P1+P3 series-parallel hybrid transmission, known as DHT, as part of the technology package. The presentation brought together urban SUV, hybrid SUV, and camper van offerings under one product showcase.

EMA 3.0 Architecture Supports 800V Electric and Hybrid Platforms

The TK series is built on FORTHING's EMA 3.0 global intelligent architecture, which covers 800V high-voltage battery-electric vehicle and hybrid platforms. According to the announcement, the architecture is designed to support faster charging and lower energy consumption. The series also uses a P1+P3 series-parallel hybrid transmission, identified as DHT, for its hybrid applications. These technologies form the technical foundation described for the TK models, combining high-voltage electrical systems with hybrid powertrain capabilities. The announcement does not provide detailed battery capacities, motor outputs, or model-by-model energy-consumption figures, so the specific performance differences between the individual vehicles cannot be established from the disclosed information alone.

FORTHING TK5 BEV Highlights 800V Fast Charging

The FORTHING TK5 BEV is an urban SUV designed around the TK series' high-voltage electric vehicle technology. FORTHING stated that the model can charge its battery from 20% to 80% in just 18 minutes when using 800V high-voltage fast charging. This charging figure highlights the vehicle's ability to replenish a substantial portion of its battery capacity within a relatively short stated period under the specified charging conditions. The company also reported that the TK5's chassis was tuned through rigorous on-road testing across Europe. However, the announcement did not disclose battery capacity, peak charging power, or the precise conditions used to establish the 18-minute charging claim.

TK5 PHEV Combines Electric Driving With Extended Range

The plug-in hybrid version of the FORTHING TK5 provides an electric driving range of 210 km and a combined range of up to 1,100 km under the WLTC testing cycle. These figures distinguish the model's stated electric-only capability from its total driving range when using its available power sources. The TK5 PHEV shares the broader TK series platform strategy, which includes high-voltage hybrid technology and the P1+P3 series-parallel hybrid transmission identified as DHT. The announcement positions the vehicle as an urban SUV while highlighting its ability to cover substantial distances beyond its stated electric range. It does not specify the fuel tank capacity, battery size, or detailed fuel-consumption figures.

TK7 PHEV Offers Up to 500 km of Electric Range

The FORTHING TK7 PHEV is a plug-in hybrid SUV with a stated electric driving range of 500 km and a combined range of up to 1,100 km under the WLTC cycle. Its published electric range is higher than the 210 km electric range stated for the TK5 PHEV, while both models share the same announced maximum combined range. The TK7 also features flexible seating arrangements accommodating configurations from five to eight seats. This layout flexibility gives the model a different practical emphasis alongside its electric driving capability. The announcement does not provide further details about individual seating configurations, battery capacity, charging times, or the conditions associated with the range figures.

V9 PHEV Camper Van Completes the Four-Model Showcase

The V9 PHEV Camper Van was one of the four vehicles FORTHING presented at the Paris Motor Show on October 12. Its inclusion expanded the showcase beyond the TK5 and TK7 SUVs to include a plug-in hybrid camper van. The announcement identified the model as part of the brand's electrified lineup but did not provide specific details about its electric range, combined driving range, battery capacity, seating arrangement, or charging performance. Consequently, the technical specifications disclosed for the TK5 and TK7 should not be applied to the V9 PHEV Camper Van. Its appearance establishes its inclusion in the presentation, while further information about its equipment and capabilities remains unavailable in the supplied announcement.

Industry Impact & Outlook

FORTHING's four-model presentation demonstrates an approach that combines battery-electric vehicles and plug-in hybrids across different vehicle formats. The TK5 BEV's stated 18-minute charging time from 20% to 80% and the TK7 PHEV's 500 km electric range provide distinct technology highlights, while the TK5 PHEV and TK7 PHEV also advertise combined ranges of up to 1,100 km under WLTC testing. For buyers and industry observers, the specifications illustrate how charging speed, electric driving capability, and vehicle configuration can differentiate electrified products. The Paris Motor Show presentation establishes the lineup and its announced technical claims, but the supplied information does not confirm pricing, market availability, production plans, or sales targets.

Frequently Asked Questions

Which vehicles did FORTHING present at the Paris Motor Show?
FORTHING presented four electrified vehicles at the Paris Motor Show on October 12 under the theme "FOR THINGS THAT MATTER." The lineup included the TK5 BEV, TK5 PHEV, TK7 PHEV, and V9 PHEV Camper Van. These models cover battery-electric and plug-in hybrid applications, including SUVs and a camper van. The presentation highlighted the TK series' EMA 3.0 global intelligent architecture, 800V high-voltage technology, and selected driving-range and charging specifications. The supplied announcement does not provide pricing or market-launch schedules for the four vehicles.

What is the EMA 3.0 architecture used by FORTHING?
EMA 3.0 is the global intelligent vehicle architecture identified by FORTHING as the foundation of its TK series electrified models. The architecture covers 800V high-voltage battery-electric and hybrid platforms and is associated with faster charging and lower energy consumption. The TK series also uses a P1+P3 series-parallel hybrid transmission, known as DHT, for its hybrid technology package. The announcement does not provide detailed engineering specifications, battery capacities, or model-specific energy-consumption figures, so the full technical differences among vehicles using the architecture cannot be determined from the disclosed information.

How quickly can the FORTHING TK5 BEV charge?
The FORTHING TK5 BEV can charge from 20% to 80% in 18 minutes using 800V high-voltage fast charging, according to the company's announcement. The vehicle is an urban SUV built within the TK series architecture. The published charging time describes a specific portion of the battery's state of charge rather than a complete charge from empty to full. The announcement does not disclose the battery capacity, peak charging power, or detailed test conditions, so those factors cannot be independently assessed from the supplied information.

What is the electric range of the FORTHING TK5 PHEV?
The FORTHING TK5 PHEV has a stated electric driving range of 210 km and a combined driving range of up to 1,100 km under the WLTC testing cycle. The model is a plug-in hybrid version of the TK5 urban SUV. Its electric range represents the announced distance available in electric driving, while the combined figure covers the vehicle's overall range under the stated testing framework. The supplied announcement does not specify battery capacity, fuel consumption, or fuel tank size, so additional technical details cannot be confirmed.

What are the range and seating options of the FORTHING TK7 PHEV?
The FORTHING TK7 PHEV offers a stated electric range of 500 km and a combined range of up to 1,100 km under the WLTC testing cycle. This plug-in hybrid SUV also supports flexible seating configurations ranging from five to eight seats. The combination of a substantial stated electric range and configurable seating distinguishes the TK7 within the four-model presentation. The announcement does not detail the individual seating layouts, battery capacity, charging times, or model pricing, so those specifications remain unconfirmed in the supplied information.

What is the FORTHING V9 PHEV Camper Van's announced specification?
The FORTHING V9 PHEV Camper Van was included in the four-vehicle electrified lineup presented at the Paris Motor Show on October 12. The supplied announcement identifies the vehicle as a plug-in hybrid camper van but does not provide detailed technical specifications for it. No electric driving range, combined range, battery capacity, charging time, or seating configuration is stated for the V9. Specifications published for the TK5 and TK7 therefore should not be attributed to this model. Additional information would be needed to establish its performance and equipment details.

What hybrid transmission technology does the FORTHING TK series use?
The FORTHING TK series uses a P1+P3 series-parallel hybrid transmission, identified by the company as DHT, as part of its hybrid technology package. The series is built on the EMA 3.0 global intelligent architecture, which covers 800V high-voltage battery-electric and hybrid platforms. FORTHING associates the architecture with faster charging and lower energy consumption. However, the announcement does not explain the transmission's detailed operating strategy or provide model-specific efficiency measurements. The disclosed information establishes the named transmission configuration and its architectural context without providing a complete engineering description.

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