Unmanned passenger flying machine - Flyka
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Flyka Unmanned passenger flying machine
Flying cars have big potential.
Safety and price are key for mass adoption.
First models have taken off,
though it is still far from mass adoption On-demand Air Mobility
100 projects globally, $500M+ invested $1,5T+ potential
Rolandberger
“Safety and security, economics,
transportation demand, regulation, public
acceptance are key dependencies for the
market to become viable.”
$150B US
NASA Morgan Stanley
domestic
airline industry
First unicorns will appear soon, we are following them
$80M+ $100M+ $100M+
raised raised raised
Rasing $500M
Raising $100M through IPO
Flyka is designed for maximum safety & fidelity at a much
lower price
Price 2x lower than
Safety 1/10^12. No single point of competitors. Due to the cluster
failure. Decentralization of all modules. approach, we use common
No mechanical parts (except bearings) components, 20 times cheaper
than highly-priced aviation
standard parts
Cost efficiency: extremely low
Simple handling, as simple as flight cost, $15-30 per hour
a car with automatic gear
Batteries are shown for demonstration
Outstanding fidelity due to decentralization of all modules. Even if the model loses 6 out of 22 motor units, it will still continue flying and remain under control Independent motor units contain a controller, an engine, and a power source Distributed control system Detached batteries Easy module replacement Estimate
Extremely low price, 2x lower than competitors:
$100K vs $250K+
Volocopter 2X Lilium Jet EHang 184 Flyka
Useful load 160 kg 400 kg 100 kg 165 kg
Flight speed 110 km/h 100 km/h 100 km/h 110 km/h
Project stage pre-production production
full-scale prototype sub-scale prototype
prototype preparation
Price $250K N/A $250K $100K
Decentralized approach, model & engine is patented
Two national patents registered.
Two international patents and two
pending.
PCT/RU2017/050053 PCT/RU2016/000398
U.S. CON Patent Application No. U.S. CON Patent Application No.
15/899,381 16/182,107
EU Patent Application No. 17834857.9
Australian Patent Application Number 2017302225
Unique engine is developed, manufactured and tested High-durable Duralumin 2024 Fail-safe magnets embeddings High-efficient coaxial rotors 40 kg thrust 2x lower weight* *comparison with the closest analogue
Ducted coaxial contra-rotating engine: maximal efficiency, higher
velocity, smaller size & safety
Ducted coaxial
Single Double Impeller
contra-rotating
Model Volocopter Ehung Lilium Flyka
Size 1 1 0,5 0,7
Efficiency 1 0,8 0,3-0,5 1,2
Jet velocity 1 1-1,2 2-3 1,8
We assume in that estimate that all engines have the same thrust. Size,
Efficiency, Velocity are normalized to single engine.
Technology stage: sub-scale prototype 1:10 is flying, full-scale prototype is 90% ready
Minimal infrastructure is required for Flyka model Takeoff and landing on any surface Flies under the rain and thunder Plug & Play Charging Easy maintenance
A balanced team with deep experience in aircraft, robotics, and business
Sergey Tovkach, CTO Maxim Levoshin, CEO Igor Chudakov, R&D
15 years in the aircraft Entrepreneur with 12+ years 20 years in robotics, 4 + group of
industry, 17 scientific of extensive experience in the international patents. engineers in
publications, 7 patents development of high-tech Development and production
Moscow
awaiting, 4 patents in UAV companies, mentor experience in the United
construction. States
Ex-Head constructor of UAV
"Berkuchi" (2005-2010), PhDTeam combines all the relevant expertise to
build a flying car
Electronics Chudakov 10 years @Viveng, analog mixed-signal and system-on-chip (SoC) design service
company
Autopilot Tovkach UAV Berkuchi
Korneev • Developed a navigation system for ground robotic platforms
• Created an automated control system for the Gazelle car for Robocross
• Created an automated control system for the Tinger all-terrain vehicle
• Created a system for automated control of an electric bus
Electric engine Mishukov Engine development as a core competence, founder of Motochrome
Engine Controller Korneev Developed controller for electric motors @Unimoto
Fuselage Tovkach 3D modeling and fuselage purge for Berkuchi UAV
Test bench Tovkach Developer, tester, metrologist at Vertical de AviacionReached important milestones on the path to serial model in 2023
Modeling RPM Small model Flight Building Flight Pre-serial Serial model
Controllers flight of medium of large of large model
developed model model model
Engine Autopilot Open
manufactured parking, air flight
landing.
Controller Controller Pre-certification Certification Celebrity flights City flights
software autopilot
Patents $500k Pre-orders
received raising starts
2016 2017 2018 2019 2020 2021 2022 2023Proprietary design & contract manufacturing of key modules
Design Manufacturing
Original and proprietary. Built entirely on In any country with a contract manufacturing service
Electronics common components. Electronic for electronics: China, Korea, USA, Germany, Britain
documentation issued. (Hong Kong) or Russia.
Developed & Produced. Electronic In any country with CNC metalworking. Pilot
Electric engine
documentation issued. production is established in Russia.
In any country.
Proprietary design. Carbon elements would be manufactured in
Fuselage
3D model calculated. China or Europe.
Rotor blades Common Bought ready-made: Russia, China, and USA.
Batteries Common Bought ready-made: leading Asian manufacturersX10 valuation growth on the next stage
$10M $90M $500M raising
for flying model after successful flight Flying taxi infrastructure
2016 2017 2020
$1,4 $33M $55M
crowdfunding after test flights Air taxi infrastructure
2013 2017 2019
$10M $100M upcoming IPO
$42M
for a small drone Air taxi service launch
for a new products
2014 2019
2015
$300K
$1M $10M
Flyka seed
2016
large model flight serial model
2020 2021
Concept Prototype Flying Model Business
~X10 valuation increaseThanks
Maxim Levoshin
+7 903 721 7813
m@flyka.aero
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