REF_ID: ETHICS_001 // DATE: 2026.04.02

THE ETHICS OF BUILDING RC PLANES


The wars in Ukraine and abroad have made the production of quadcopters and RC planes truly a mine-field for the ethical builder. As such, careful deliberation was made to define RC plane constraints which aim to effectively eliminate dual-use capability in the Yeehata Mono.

A high-speed, sleek 3D-printed FPV RC jet > Yeehata Mono V25

Core Objectives

The main objectives of this project are:

Design Constraints

To achieve these objectives, particularly dual-use elimination, the following constraints were stringently chosen:

  1. Thrust-to-Weight Ratio: The bare-bones thust-to-weight ratio should be very close to 1:1, which physically limits the plane from taking on additional payload (weapons).
  2. Flight Profile: The plane should be fast, with a short flight time - providing high stimulation to the user in smaller-more manageable bursts, while eliminating long-range loiter capabilities.
  3. Gimbal Placement: The FPV camera and gimbal will be top-mounted - a design decision that is a major bonus for hobbyists looking for immersion, and major deterrent for bad-actors who primarily look for ground-view cameras for targeting.
  4. No Autonomous Waypoints: We will never provide or support "Mission Planner" configurations that allow for autonomous, GPS-based loitering.
  5. Manual Control Focus: All Yeehata products are designed for active pilot input. We optimize for the "feel" of the stick, not the "click" of a mouse.

By optimizing the Yeehata Mono for high-speed, 50mm EDF performance within a strict 700-750g weight envelope, we’ve "performance-locked" the airframe. Unlike high-efficiency loitering drones designed for endurance, the Mono is a high-energy "battery hog." It’s designed for the pilot who wants an intense, 5-minute adrenaline rush, not for someone looking for a utility surveillence or munitions platform.

Repairability as a Standard

Instead of building a "disposable" or "fragile" craft, we’ve leaned into Modular Repairability. Because the Mono is an additive-manufactured project, a bad landing isn't the end of the plane. You can reprint a wing or a nose section and be back in the air by the next morning. This keeps the project sustainable for the enthusiast and keeps the focus where it belongs: on the craft of building and the joy of flight.

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