ORIX PITCH DECK
01 / 07
Bremen, Germany • Pre-Seed

ORIX
TECHNOLOGIES

Autonomous SAR Drone Platform

Helping rescue teams find missing people in forests and mountains faster, safer, and much cheaper than today.

01 / The Problem

The High Cost
of Lost Time

Slow & Dangerous

Search and rescue in remote areas is extremely manpower-intensive. Ground teams spend hours walking through dense forests with very limited visibility.

GPS Dependency

Most existing drones rely heavily on GPS, which quickly fails under tree cover or in deep valleys, making the drone unstable.

Manual & Expensive

Current aerial solutions are expensive and manually flown, requiring expert pilots rather than empowering the rescue teams on the ground.

02 / Our Solution

The Autonomous
Rescuer

ORIX is an affordable drone platform that flies semi-autonomously in GPS-denied environments, detecting people in real time and guiding rescuers directly to them.

GPS-Denied Flight

Maintains stability and navigates under heavy tree cover without satellite signals.

Thermal YOLO AI

Onboard AI processes thermal imagery in real-time to detect human heat signatures.

No Pilots Required

Streams detections directly to a simple ground-station interface that rescuers can use without being drone experts.

03 / Tech Stack & BOM

Built For
Extremes

Edge Compute NVIDIA Jetson Orin Nano 8GB RAM / 40 TOPS
Sensor Suite FLIR Lepton 3.5 + D455 Thermal + RGB-D Stereo
Flight Controller Pixhawk 6C + PX4 ROS2 Middleware
Airframe 800mm Carbon Quad T-Motor U8 Pro 900KV

Current Status

Gazebo Simulation

Full stack is currently running and tested in virtual environments.

Unit BOM Cost

€3,470

04 / Market & Scalability

Dual-Use
Technology

Primary Market (SAR)

  • Fire Brigades & THW
  • Mountain Rescue Units

Scalability (Broader Sectors)

  • Industrial Inspection & Energy
  • Security, Border Control & Defence

Revenue Trajectory

Phase 1: Paid Pilots

Direct testing and sales of initial systems to local rescue organizations to prove value in the field.

Phase 2: Service Contracts

Customers pay for a reliable capability (Hardware + Software + Support) instead of just buying another drone.

05 / The Team

Engineering
Core

5-Person Team from Constructor University

Tim Vasilchuk

Founder & CEO

Leads system architecture, hardware engineering, and strategic partnerships.

Alikhan Samat

Simulation & Integration

Gazebo simulation, ROS2 integration, flight dynamics, and full-system testing.

Igor Chsheglov

AI & Computer Vision

Develops YOLO-based models, thermal data processing, and perception nodes.

Nazar Malakhov

Software & Autonomy

Works on ROS2 middleware, PX4 integration, mission planning, and autonomy logic.

Ayana Kassenova

Ground Control

Builds the simple ground-station interface for rescuers using rviz2.

First Prototype Ask

€3,500

Non-Dilutive Funding (€3k – €4k)

Required to build our very first physical flying prototype (based on the €3,470 BOM) and start pilot tests with local rescue organisations in Bremen.

€1,315

800mm Frame & Motors

€1,131

Vision & Jetson AI

€545

Pixhawk FC & Radio

€479

Batteries & Cables