Airframer
Quintus Technologies Quintus Technologies
ProgramsDynali H3 EasyFlyer Sport

Aircraft program

Dynali H3 EasyFlyer Sport

In production
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Two-seater ultralight helicopter.

Lift type
Rotary wing
Assembly
Factory-built, Kit-built
Control
Piloted
Engine type
Piston
Application
Experimental, Sport, Ultralight

Design & construction

The aircraft as engineered: what it is built from, the systems it flies with, and its configuration — each box a theme.

Airframe & structure
Primary structure
Composite
Landing gear
Skids
Ice protection
None
Pressurisation
Unpressurised
Systems & avionics
Flight controls
Mechanical
Autopilot
None
Avionics architecture
Standalone glass
Configuration & certification
Rotor configuration
Single main + tail
Certification
Experimental-LSA
Minimum crew
1

Notable technologies — each tag names a technology on our research record for this aircraft, with its fitting status: Primary, Standard, Option or Planned.

Composite fuselage (primary structure) Primary

Technical reference compiled with AI research; a value appears only where two independent research passes and a web fact-check agree. Gaps are deliberate.

A deeper insight into the Dynali H3 EasyFlyer Sport

Supplier geography and market analysis for this program — shown free on sponsored programs, or with an Analytics subscription.

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The industry ledger — an Analytics feature — holds every dated event on this program: contracts, certifications, first flights and appointments, each linked to its source. See a worked example →

Type variants

VariantLaunch / first flightProduction endNotes
Dynali H3 EasyFlyer Sport2016 / 2015Two-seat ultralight kitbuilt helicopter, 'shark tail' version. Includes open cabin variant: H3 Open Air/Naked.

Airframer

Dynali Helicopter CompanyNews

The program’s dated history — milestones, contracts, supplier selections and facilities, each linked to its source. Log in to view.

Information on this page is compiled from a variety of published sources; links do not necessarily imply recommendation or confirmation by the airframe manufacturer.

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