Electric Vertical Take-Off and Landing Aircraft
Logo nanoFlowcell technology

100% Electric

NO Batteries

8 Passengers

nanoFlowcell - QUANT eVTOL



Power of nanoFlowcell® + bi-ION® energy for a sustainable and efficient future


Flow Cell energy without conventional batteries


Whether piloted by a skilled human hand or autonomously


Range exceeds 3,000 km


Maximum certified altitude of 8,300 meters

QUANT eVTOL - Rooftop to rooftop, city to city
nanoFlowcell - QUANT eVTOL
powered by

nanoFlowcell flow cell technology and complementary bi-ION electrolyte

What is an eVTOL?

An eVTOL, or Electric Vertical Take-Off and Landing aircraft, is a type of aircraft that uses electric power for propulsion and is capable of taking off and landing vertically.

These aircraft are designed to provide efficient and sustainable urban air mobility solutions, offering the potential for reduced noise, emissions, and traffic congestion compared to traditional aircraft.

QUANT eVTOL - Sustainable travel between cities for weekend getaways
QUANT eVTOL - Interior for 8 passengers or 1 pilot and 7 passengers
nanoFlowcell - QUANT eVTOL - Passengers Interior

Benefits of QUANT eVTOL

Range - Over 3,000 km

Altitude - Maximum certified altitude of 8,300 m

Weight - Empty weight of 980 kg

MTOW - Maximal take of weight of 3,4 t

Passengers - 1 pilot + 7 passengers or 8 passengers

Less noise - 90% less noise than a conventional propeller

Lightweight - construction using composite technology

Safety - system with triple parachute deployment

QUANT eVTOL - Maximum certified altitude of 8,300 meters
QUANT eVTOL - High-end multifunction glass cockpit


All key technologies are developed and produced by nanoFlowcell

Performance and innovation with exclusive in-house motors and power electronics by nanoFlowcell, with over 10 years of development leading up to today's presentation.

Vector Lift Multirotor eVTOL

  • Piloted or Autonomous
  • Top speed (km/h): 520
  • Range (km): >3,000
  • Passengers: 1 Pilot + 7 Passengers
    or 8 Passengers
  • IFR
  • Head-up Display
  • Night Vision
  • Pressurized cabin


  • Fully electric
  • Multi-phase high-voltage brushless motors with integrated power electronics from nanoFlowcell
  • 4 x à 288kW with Sharow Props
    1 Push Prop: 442kw
    Total: 1594kW, 2167PS
  • World's quietest flying device, Sharrow Props emits over 90% less noise than a conventional propeller

Application Areas

  • Commercial (Air taxi)
  • Military (freight, combat deployment)
  • EMS (Emergency Medical Services Ambulance)

Energy consumption

  • NO Batteries
  • Tank volume (l): 2 x 920
  • Range (km): >3,000
  • Maximum certified altitude: 8,300 m
  • Harmful emissions: 0
  • Power unit: multi-parallel series-connected nanoFlowcell®


  • Width (mm): 10,000
  • Length (mm): 9,200
  • Empty weight (kg): 980
  • MTOW (maximal take of weight): 3,5 t


  • Lightweight construction
  • The eVTOL is constructed using state-of-the-art composite technology, with no metals, nothing riveted, but instead solely bonded
  • Increased material durability


  • Safety system with triple parachute deployment from the rear roof in worst-case scenarios, ensuring all passengers land safely


  • Depending on the flight situation, the eVTOL experiences not only positive and negative accelerations, but also lateral accelerations. The ergonomic seats provide excellent support against these new lateral forces
leading the future

Bridging Technology and Sustainable Aviation

The leaders of nanoFlowcell not only share a passion for new technologies but also a love for aviation. This is why they are committed to developing sustainable solutions for the future of flight.

Nunzio La Vecchia - Pilot
Nunzio La Vecchia
CEO and passionate pilot
  • Over 35 years with a pilot's license
  • 2001-2023: Only private license and owner of a former PC-7 MkII
  • Flight experience ranges from gliders to high-performance turboprop, and now a Hawk Mk53
  • Expertise qualifies for eVTOL development and piloting
Hektor Bertschi - Pilot
Hektor Bertschi
COO and passionate pilot
  • Over 49 years with a pilot's license
  • Flight experience from low-level aerobatic license to commercial
  • Owner of a Laser and Stamp

Impressions of the Flight Experience

Nunzio La Vecchia
Hektor Bertschi

nanoFlowcell & bi-ION

nanoFlowcell involves the use of a irreversible flow cell system to generate electrical energy. In the context of vehicles, such as the QUANT series of electric cars, the nanoFlowcell technology employs a unique electrolyte liquid called bi-ION®. These electrolytes are positively and negatively charged.

nanoFlowcell - bi-ION functional still