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BETA Technologies—ALIA CX300BETA Technologies—ALIA CX300BETA Technologies—
ALIA CX300
Photo: ZLEA · CC BY-SA 4.0 (opens commons.wikimedia.org)

ALIA CX300

by BETA TechnologiesUS

PilotStage 3 of 5

In FAA test flights; approval targeted end of 2026 to early 2027.

Updated 19 Mar 2026Checked 25 Sep0 updates this week

Milestones

Next · FAA approval (Part 23)
  1. ALIA flies passengers into JFK airportJun 2025Complete.
  2. FAA approval (Part 23)Target Q1 2027Current milestone.

Most important updates

  • 19 Mar 2026
  • 20 Oct 2025
  • 3 Jun 2025
  • 24 May 2025
  • 14 Mar 2023

Upcoming

  1. Q1 2027FAA approval (Part 23) (next)

Current obstacles

  • Batteries vs. payloadHeavy batteries limit load and range; the business depends on short routes and cheap running costs.

Physics limits

  • Batteries hold about 40 times less energy per kilo than jet fuelThe best lithium-ion cells store roughly 0.25–0.3 kWh per kg; kerosene holds about 12 kWh per kg. Even after motors' higher efficiency, that caps range at tens of miles, and a battery weighs the same when empty.
  • An electric plane lands as heavy as it took offFuel planes get lighter as they burn fuel, gaining range late in the flight. Batteries don't lose weight when drained, so the wing and structure must carry full weight for the whole trip.
  • Required reserves take a large bite of rangeRules require extra energy for diversions and holding. On a plane with a range of a few hundred miles, that fixed reserve is a large share of usable energy, shrinking practical trips further.

How it works

3 parts
The ALIA CX300 on the ground: a conventional long wing and runway takeoff, pushed by one battery-powered propeller at the tail
The ALIA CX300 on the ground: a conventional long wing and runway takeoff, pushed by one battery-powered propeller at the tailPhoto: ZLEA · CC BY-SA 4.0 (opens commons.wikimedia.org)
Power

Batteries drive one pusher propeller

Battery packs in the fuselage power an electric motor that turns a single propeller at the tail, pushing the plane along.

Fly

A normal wing and runway

It takes off and lands like a regular small plane, which avoids the heavy hover power of air taxis and keeps approval simpler.

Charge

Plug in between flights

At the end of a trip it plugs into BETA's chargers, which can also charge electric cars, instead of refuelling.

Update log

7 updates

Thu 19 Mar

  • Minor: PressTest

Mon 20 Oct 2025

  • Minor: PressCommercial

Tue 3 Jun 2025

  • Minor: PressTest

Sat 24 May 2025

  • Minor: PressTest

Wed 2 Apr 2025

  • Minor: PressTest

Wed 13 Nov 2024

  • Minor: PressManufacturing

Tue 14 Mar 2023

  • Major: PressRegulatory

About BETA Technologies

The team behind ALIA CX300

BETA Technologies

ALIA electric planes, chargers, motors

Vermont-based BETA builds the ALIA electric aircraft: the runway-based CX300 and the ALIA 250 air taxi, plus electric motors and a charging network. It listed on the NYSE in Nov 2025.

  • Aims for FAA approval of the CX300 around end of 2026 or early 2027.
  • Raised about $1B in its November 2025 IPO; GE Aerospace is a strategic investor.
  • Sells its electric motors and chargers to other aircraft makers.
Founded
20179 yrs
Headquarters
United States
Status
Public
Valuation
public
Works in
AviationElectric & hydrogen planes
Coverage
1 program · 8 updateslatest 19 Mar 2026checked 25 Sep
People
Kyle ClarkFounder and CEO
Primer