What We Do

01

Concept Exploration

Mission analysis, requirement definition, and aerodynamic baseline studies.

02

Systems Architecture

Integrated propulsion, controls, and avionics architecture definition.

03

Prototype Integration

Hardware-in-the-loop, subsystem integration, and progressive validation.

04

Flight Verification

Iterative testing for performance, safety envelope, and mission reliability.

HALO Platform Overview

HALO is a 7,000 kg MTOW Sea Based Air System engineered to operate from blue-water environments without runway dependence.

The platform combines diesel ICE propulsion, hybrid APU support, and a catamaran- blended D-shaped hull to deliver persistent, survivable maritime operations.

Coverage

Multi-Mission Flexibility

  • Over 40 mission profiles from one core platform.
  • Supports military, constabulary, humanitarian, and commercial use.
  • Designed for long-endurance distributed operations.

Operations

Zero-Infrastructure Operating Model

  • Sea-based launch and recovery with no fixed-airfield dependency.
  • Lower logistics burden and reduced basing constraints.
  • Built for resilient operation in severe oceanic sea states.

Strategic Advantage Narrative

A modern overview of HALO's economic, technical, and commercialization edge in a clear executive timeline.

HALO strategic economics visual

Disruptive Economics - 10-for-1 Advantage

HALO shifts maritime airpower from multi-billion-dollar exquisite assets to an agile distributed force model.

Acquisition target: $15M per unit. Operating target: $500 per flight hour. Search efficiency: approximately $0.11 per km2 searched.

HALO executes routine distributed logistics and patrol missions, preserving strategic assets such as P-8 Poseidon and C-130J fleets.

HALO technological and performance visual

Technological & Performance Supremacy

HALO combines maritime hydrodynamics, advanced aerodynamics, and rugged propulsion to remove traditional amphibian drag penalties.

Global reach up to 5,536 nm one-way, up to 50.4 hours loiter, super-STOL water launch in 120-154 m, and multi-fuel capability (Jet-A, marine diesel, SAF).

The geodetic Toray dry-fiber carbon/Kevlar structure with closed-cell foam provides corrosion resistance, ballistic tolerance, and passive buoyancy.

HALO commercialization and investment visual

Commercialization, Certification & Investment Ask

HALO follows a vessel fast-track strategy using IMO-aligned maritime pathways to accelerate market entry and reduce regulatory cost.

The sovereign-financing go-to-market model (including structures such as AIFFP and Japan OSA) reduces end-user capital burden.

Current ask: $25M to complete advanced engineering studies, finalize the Digital Twin, secure the supply-chain consortium, and transition into physical prototyping.