VECTORDEFENCE DRONE
INTELLIGENCE
INDEPENDENT PERSPECTIVE
THE EVOLVING FIELD GUIDE
Editor

Air · Reconnaissance aircraft

Orbiter 2 ISR

Electric mini reconnaissance aircraft with a current thirteen-kilogram technical baseline.

Role & capabilities

  • Reconnaissance
Supplier-reported statusSupplier-reported status
Primary domain
Air
System type
Reconnaissance aircraft
Developer / manufacturer
Aeronautics
Origin / production countries
Israel
Other names
No additional names recorded
Variants / configurations
Not distinguished in reviewed sources
Operators / programme customers
Not identified in reviewed sources

Evidence & current status

Supplier information is attributed; performance and operational acceptance require configuration-specific evidence.

Orbiter 2 ISR is Aeronautics’ small electric reconnaissance aircraft. Its current page and linked 2026-named brochure identify a thirteen-kilogram configuration with day/night imaging and optional electronic-surveillance equipment. It is a reusable observation platform, separate from the Orbiter 2 LM loitering munition.

The brochure supplies a 2.9-metre wingspan and 1.4-metre length, with catapult launch and parachute/airbag recovery. Those details belong to this baseline; older Orbiter publications can describe different equipment. The stated fifty-kilometre figure concerns the communications link, not the distance flown during a complete mission.

Manufacturer claims about use and navigation are attributed to the supplier. A broad family customer count is not a named inventory for this variant. The record supports model-level comparison without treating every optional sensor as installed on every aircraft.

Sourced specifications

Figures apply to the named configuration. Maximum values are not guaranteed operating performance.

SpecificationReported valueContext & source
AirframeFixed wingCurrent supplier configuration; maxima are not necessarily simultaneous. Source ↗
Launch / recoveryCatapult / parachute and airbagManufacturer baseline. Source ↗
PropulsionElectricCurrent supplier configuration; maxima are not necessarily simultaneous. Source ↗
Dimensions2.9 m span; 1.4 m lengthLinked 2026-named brochure. Source ↗
Mass13 kg maximum take-offCurrent supplier configuration; maxima are not necessarily simultaneous. Source ↗
EnduranceUp to 3 hoursCurrent supplier configuration; maxima are not necessarily simultaneous. Source ↗
Range50 km line-of-sight communicationsCurrent supplier configuration; maxima are not necessarily simultaneous. Source ↗
Speed50 knots maximumCurrent supplier configuration; maxima are not necessarily simultaneous. Source ↗
Altitude16,000 ft maximum ASLCurrent supplier configuration; maxima are not necessarily simultaneous. Source ↗
PayloadNot established in the reviewed public sources.Public evidence gap. No estimate or neighbouring variant value has been substituted. Source ↗
SensorsEO/IR with optional electronic-surveillance payloadsCurrent supplier configuration; maxima are not necessarily simultaneous. Source ↗
Communications / navigationNot established in the reviewed public sources.Public evidence gap. No estimate or neighbouring variant value has been substituted. Source ↗

Publication history

  • — Added in the September 2026 global coverage review, with sources, configuration limits and explicit data gaps.

Suggest a correction to this entry →

Follow the evidence

Source types identify who makes the claim. Programme milestones and supplier statements should be read in context.

  1. Aeronautics Orbiter 2 ISR current product baseline (opens in a new tab)Manufacturer
  2. Orbiter 2 ISR versioned technical brochure (opens in a new tab)Manufacturer

Explore the connections

Manufacturer indexIsrael / Austria

Aeronautics

Systems and source material associated with Aeronautics.

Reviewed 21 Sept 2026Read
Air · Coverage auditMiddle East

Middle East defence drone coverage audit

6 original research topics reviewed: 0 resolved, 6 partially resolved and 0 still open. The remaining register identifies specific evidence needs.

Reviewed 21 Sept 2026Read