VOLT-ONE

Changing the private jet game.

What it is

We are a private jet company hoping to change the way million/billionaires travel so they can do it more sustainably & cheaper!

How it works

1️⃣ Electric Propulsion System

Engines: Uses Electric Ducted Fans (EDF) powered by high-capacity batteries. These fans generate thrust by pulling in air and accelerating it out the back—similar to a jet engine but without combustion.
Benefit: Nearly silent operation, zero emissions, and fewer moving parts = less maintenance.

2️⃣ Battery Technology

Solid-State Lithium Battery (800 kWh):
- Provides energy to the engines.
- Positioned in the lower fuselage for balance and safety.
- Uses advanced cooling systems to prevent overheating.
Range: ~500 miles per charge.
Charging: Equipped with a SuperCharge Port, similar to EVs but aviation-grade. Fast-charging gets you to full in about an hour at equipped airports or private hangars.

3️⃣ Energy Management System (EMS)

Smart software constantly optimizes:
- Power distribution to engines.
- Regenerative systems (e.g., slight energy recovery during descent).
- Battery health monitoring for safety and efficiency.

4️⃣ Flight Control & Avionics

Fully digital fly-by-wire system.
Integrated autopilot capable of handling most flight phases.
AI-assisted navigation for optimizing routes based on weather, air traffic, and battery consumption.
Cockpit is minimalistic—think Tesla interior but for aviation.

5️⃣ Aerodynamic Design

Lightweight Carbon Fiber Frame: Reduces weight to maximize range.
Winglets and Smooth Contours: Enhance lift and reduce drag for better efficiency.
Special attention to airflow around the electric fans.

6️⃣ Safety Systems

Whole-Aircraft Parachute: Deploys in emergencies.
Redundant battery packs: If one fails, backup ensures safe landing.
Advanced collision-avoidance tech.

7️⃣ Ground Operations

Uses electric taxiing motors in the wheels—no need to power up the main fans while on the runway.
Can be remotely moved within hangars via app-based controls.

🚀 Flight Example

Pre-Flight: Plug into SuperCharger while passengers board.
Takeoff: Instant torque from electric fans provides smooth, powerful lift-off.
Cruise: At 35,000 ft, EMS optimizes power usage, maintaining quiet, vibration-free flight.
Landing: Regenerative braking during descent recovers small amounts of energy.
Post-Flight: Plug back in—ready for the next trip.

Costs

⚡ 1️⃣ Operating Costs (Per Flight Hour)

CategoryElectric Jet (Volt-One)Typical Private Jet

Electricity / Fuel~$250~$1,800 (Jet Fuel)

Maintenance~$200~$600

Landing & Handling Fees~$300~$300

Crew (Pilot)~$500~$500

Total Per Hour~$1,250~$3,200

✅ Why Cheaper?

No jet fuel.
Fewer moving parts = less maintenance.
No oil changes, no turbine overhauls.

⚙️ 2️⃣ Annual Fixed Costs

CategoryEstimated Cost (USD)

Insurance$150,000

Hangar Fees$80,000

Battery Health Checks$50,000

Software Updates$20,000

Pilot Retainer$100,000

Total Annual Fixed$400,000

🔋 3️⃣ Battery Replacement

Every 8-10 Years (depending on cycles)
Cost: ~$1.2 million
Solid-state batteries last longer than typical lithium but will still need replacement eventually.

🛠️ 4️⃣ Maintenance Overview

No engine overhauls like traditional jets.
Focus on:
- Battery cooling systems.
- Electric motor inspections.
- Software & avionics updates.

🚀 5️⃣ Purchase Price

Prototype Build: ~$150 million (as we said earlier).
Mass Production Goal: ~$200 million per unit (if scaled).

🌍 6️⃣ Environmental Credits

Potential for carbon credits or green incentives, depending on country—this could reduce operational costs even further.

⚡ Summary:

Cost per Hour: ~$1,250
Annual Ownership: ~$400K
Battery Swap: Every decade
Purchase: ~$250M prototype, cheaper in production

Other info

🌐 1️⃣ Range Expansion Potential

Future battery tech (like graphene or improved solid-state) could double the range to 1,000+ miles.
Solar-assisted charging concepts being explored for ground operations.

⚡ 2️⃣ Eco-Friendly Impact

Zero CO₂ emissions during flight.
Up to 80% quieter than traditional jets — ideal for noise-restricted airports.
Could qualify for green aviation incentives and reduced airport fees in some regions.

🤖 3️⃣ Smart Features

AI-assisted predictive maintenance — detects issues before they happen.
Remote diagnostics and over-the-air (OTA) software updates, just like modern EVs.
Mobile app for flight scheduling, battery status, and cabin controls.

🚧 4️⃣ Infrastructure Challenges

Limited high-capacity charging stations at airports — but growing.
Requires partnerships with airports to install SuperCharge hubs.

🏎️ 5️⃣ Performance Fun Fact

Instant torque allows for shorter takeoff distances compared to fuel jets.
Smooth, vibration-free flight experience — feels more like gliding.

🛡️ 6️⃣ Safety Innovations

Entire jet parachute system (Cirrus-style but scaled up).
Redundant battery systems ensure safe emergency landings even in case of partial failure.
Fireproof, crash-resistant battery housing.

🚀 7️⃣ Future Versions

Potential for:
- Autonomous flight capabilities.
- Larger models (10-12 passengers).
- VTOL (Vertical Takeoff and Landing) variant for urban air mobility.

💡 8️⃣ Market Position

Competes with upcoming electric aircraft like Eviation Alice, but CR-VoltOne focuses on luxury private ownership, not just commercial short-hauls.
Ideal for eco-conscious executives, entrepreneurs, or private charter companies.