Flytrex Tech Stack

Autonomous drone delivery platform with hardware and logistics operations

Software Development Tel Aviv, Israel 51–200 employees Founded 2013 Privately Held

Flytrex operates an end-to-end drone delivery system—hardware (motors, batteries, airframes), autonomous flight software (ArduPilot, C++), and logistics orchestration (order tracking, station management, food ordering platform). The project list and pain-point concentration reveal a company in active transition from prototype validation to volume production: they're simultaneously qualifying production jigs, resolving manufacturing quality issues, and scaling delivery stations. Hiring velocity has decelerated while engineering roles dominate (7 of 11 open positions), consistent with a maturation phase prioritizing production over feature expansion.

Tech Stack 10 technologies

Core StackPython C++ SolidWorks Linux ArduPilot Altium Designer Embedded Linux C GPIO CAN Bus

What Flytrex Is Building

◆Challenges

Expanding operation nationwide
Yield goals
Risk reduction
Supply chain de-risking
Transitioning prototypes to volume production
Scaling production lines
Resolving manufacturing quality issues
Expanding service rapidly across the u.s.

▲Active Projects

Motor control module design
Core technology powering drones
Next-generation delivery drones
Prototype and production hardware integration
Battery management module design
Food ordering platform
Core order tracking services
Delivery station management systems
Volume production transition
Production jig qualification

Hiring Activity

Decelerating10 roles · 2 in 30d

Department

Engineering

Ops

Logistics

Seniority

Junior

Senior

Mid

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About Flytrex

Flytrex builds autonomous drone delivery infrastructure, combining custom-designed hardware, embedded flight control software, and operational logistics platforms. The company launched the first regulatory-approved on-demand drone delivery service in Reykjavik, Iceland in 2017, and was selected to participate in the FAA's Drone Pilot Program to establish a U.S. equivalent. Their drones carry payloads up to 6.5 lbs and operate at ranges around 6 aerial miles. The platform spans motor control design, battery management, airframe engineering (SolidWorks, Altium Designer), core autonomous systems (ArduPilot, Python, C++), and back-end order and logistics services. The company employs 51–200 people across engineering, operations, and logistics, headquartered in Tel Aviv with active hiring in Israel and the United States.

HeadquartersTel Aviv, Israel

Company Size51–200 employees

Founded2013

Hiring MarketsUnited States, Israel

Frequently Asked Questions

What technology does Flytrex use to power its drones?

Flytrex uses ArduPilot, Python, and C++ for autonomous flight control, combined with embedded Linux, GPIO, and CAN Bus for hardware communication. Design tools include Altium Designer and SolidWorks for electrical and mechanical engineering.

What is Flytrex currently building?

Flytrex is focused on volume production transition, with active projects in motor control module design, battery management, next-generation delivery drones, production hardware integration, and delivery station management systems.