The Pipistrel Velis Electro and the first type-certified electric airplane that is already training pilots in Europe

The Pipistrel Velis Electro is the first and only fully electric airplane to hold a type certificate from any aviation authority in the world. Certified by EASA in June 2020, this two-seat trainer is not a prototype or a concept — it is actively logging training hours at flight schools across Europe, proving that electric propulsion can produce pilots who pass checkrides.

What Makes the EASA Type Certificate So Significant?

When EASA handed Pipistrel a type certificate under the CS-LSA regulation, it marked a turning point for electric aviation. This was not an experimental certificate or a light sport waiver. The Velis Electro passed the same structural, systems, and safety scrutiny required of every certified airframe.

That distinction matters because it established regulatory precedent. Electric propulsion can meet certification standards — that is no longer theoretical.

Who Builds the Velis Electro?

Pipistrel is a Slovenian manufacturer with decades of experience building efficient light aircraft, including the Virus and Sinus ultralight designs that won NASA’s Green Flight Challenge in 2011. In 2022, Textron Aviation acquired Pipistrel, placing the Velis Electro under the same corporate umbrella as Cessna and Beechcraft.

The company that produces the Cessna 172 Skyhawk — the most manufactured airplane in history — now also owns the only certified electric airplane in the world.

What Are the Velis Electro’s Specifications?

The Velis Electro is based on the proven Virus SW 121 airframe, a two-seat, side-by-side, low-wing design. Key specifications include:

Maximum takeoff weight: 600 kg (approximately 1,320 lbs)
Motor: EMRAX E-811 electric engine producing 57.6 kW continuous (~77 hp), with 80 kW peak (~107 hp) during takeoff
Battery system: Two PB 345V packs with 24.5 kWh usable energy
Endurance: Approximately 50 minutes with required reserves
Propeller: Fixed-pitch

A critical engineering detail: the battery packs are liquid cooled, not air cooled. This keeps lithium cells within their optimal thermal window during repeated flight cycles, directly addressing the temperature-related performance and safety degradation that plagues air-cooled battery systems.

Why Was It Designed for Pattern Work Only?

Fifty minutes of endurance sounds limiting, and it is — by design. The Velis Electro was built to do exactly one thing: train pilots in the traffic pattern.

A typical primary training sortie runs 30 to 45 minutes, mostly within three miles of the airport. Takeoff, fly the pattern, touch and go, repeat. The Velis Electro handles this entire workflow on electricity with no fuel burn and no lead emissions.

This covers roughly 40 to 50 percent of a primary training syllabus. Cross-country flights, practice area maneuvers, and longer sorties still require a piston airplane.

How Does Noise Performance Change the Game?

The Velis Electro produces approximately 60 decibels at ground level during cruise. A Cessna 152 produces 75 to 80 decibels in the same conditions. Because sound is logarithmic, that gap is enormous — the difference between a normal conversation and a vacuum cleaner.

This matters because flight schools face intense pressure from noise complaints. Airports near residential areas deal with restricted operating hours, limited pattern work, and in some cases existential threats to the airport itself.

In Switzerland, which enforces some of Europe’s strictest noise regulations, electric trainers can operate during hours when piston trainers are grounded. That alone changes the revenue equation.

Where Is the Velis Electro Operating Today?

Several European flight schools have integrated the Velis Electro into real primary training programs:

The Netherlands: The Green Aerolease program deployed multiple airframes
Switzerland: Operating during noise-restricted hours unavailable to piston trainers
Italy and Spain: Additional flight schools have added the type to their fleets

These operations are producing students who pass checkrides, demonstrating that the training mission works in practice.

What Do the Operating Economics Look Like?

Published figures from Pipistrel and Textron suggest the Velis Electro’s direct operating cost is roughly one-third that of a comparable piston trainer. The savings come from multiple factors:

Electricity is cheaper than avgas per unit of energy
The electric motor has one moving part — maintenance intervals are essentially inspect-and-go
No oil changes, spark plugs, magnetos, or carburetor overhauls

Battery packs do degrade over time and will need replacement, but the replacement cycle is measured in thousands of charge cycles rather than hundreds of hours of TBO. For flight schools — which are margin businesses surviving on utilization rates and cost per hour — a 60 percent reduction in operating cost for pattern work fundamentally changes the business model.

What Are the Real Limitations?

Range and endurance remain the primary constraint. Fifty minutes works for pattern training but not for cross-country flights or extended practice area sessions. A flight to a practice area 20 miles away for steep turns and stalls, then back, exceeds the airplane’s practical capability.

Charging time creates scheduling challenges. A full recharge from 20% to 100% takes approximately two hours on a standard charger. Fast charging cuts that to about an hour but accelerates battery degradation. A flight school needing five or six sorties per day needs multiple airframes or very disciplined scheduling — compared to five minutes of fueling a Cessna 152.

Weight sensitivity is tight at 600 kg MTOW. Two average-sized adults push the numbers close to limits. Battery energy density improves roughly 5 to 8 percent per year — steady, but not the exponential leap the word “electric” implies.

FAA certification does not yet exist. The Velis Electro is EASA certified but cannot operate under a standard airworthiness certificate in the United States. A handful fly under experimental or special light sport provisions, but Part 61 and Part 141 training requires FAA certification. Textron has indicated they are working toward it, though the FAA’s certification backlog and lack of established precedent for electric propulsion make the timeline uncertain.

Why Did Textron Buy Pipistrel?

Textron’s acquisition is not solely about the Velis Electro. They purchased the engineering team, battery management expertise, motor integration knowledge, and certification experience. When battery energy density improves — and it will — Textron intends to be the company that already knows how to certify and manufacture electric airframes at scale.

They are building institutional knowledge now for products they will sell in the next decade. Pipistrel’s Explorer program is already investigating a four-seat electric platform.

Who Are the Competitors?

Bye Aerospace is developing the eFlyer 2, targeting a similar training mission with a slightly larger airframe. Diamond Aircraft has signaled interest in electric and hybrid variants. But as of now, only one fully electric airplane in the world holds a type certificate — and it is actively training pilots.

When Will Electric Trainers Reach the United States?

For U.S.-based pilots and flight schools, several hurdles remain:

The FAA certification path must open
Charging infrastructure at general aviation airports is nearly nonexistent
Flight schools need financing models for an entirely new asset class

Battery energy density would need to roughly triple before an electric trainer could match a piston trainer’s full mission profile. That timeline likely extends beyond this decade. But every technology transition starts somewhere — the automobile did not replace the horse overnight, and the turbine did not replace the radial overnight.

The Velis Electro moves this conversation from slideshow to logbook.

Key Takeaways

The Pipistrel Velis Electro earned the world’s first type certificate for a fully electric airplane from EASA in June 2020 and is actively training pilots at European flight schools
With ~50 minutes of endurance and 60 dB cruise noise, it is purpose-built for traffic pattern training — covering 40-50% of a primary syllabus at roughly one-third the operating cost of piston trainers
Textron Aviation’s 2022 acquisition of Pipistrel places electric aviation expertise alongside Cessna and Beechcraft, positioning for future electric products at scale
FAA certification does not yet exist, keeping the Velis Electro out of standard U.S. flight training operations for now
Battery energy density remains the fundamental bottleneck — improvement is steady but incremental, meaning piston trainers are not being replaced anytime soon