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KhachatryanUAV: Redefining Long-Range Aerial Excellence

Established in 2026, KhachatryanUAV is at the forefront of aerospace innovation, specializing in the design and manufacturing of high-performance, long-range FPV fixed-wing UAVs.

Our engineering philosophy prioritizes efficiency and reliability, featuring a signature front-mounted motor configuration that ensures optimal pull-propeller aerodynamics and superior flight stability. By leveraging SolidWorks for exhaustive digital simulations and structural stress testing, we ensure every airframe is optimized for maximum endurance and payload capacity before it ever leaves the ground.

Key Capabilities

Precision Engineering: Every model is developed using SolidWorks for advanced CFD (Computational Fluid Dynamics) and FEA (Finite Element Analysis) testing.
Long-Range Specialization: Airframes designed for extended mission profiles and high-efficiency power management.
Aero-Optimized Design: Front-motor fixed-wing platforms tailored for stable FPV feeds and predictable handling.
Future-Ready: Founded in the new era of 2026 aviation standards.

KhachatryanUAV | Precision in Design. Power in Flight.

Engineering Precision: SolidWorks Flow Simulation for KhachatryanUAV

At KhachatryanUAV, our commitment to long-range endurance begins in the virtual wind tunnel. By utilizing SolidWorks Flow Simulation, we bridge the gap between conceptual design and aerodynamic reality, ensuring our fixed-wing platforms achieve peak efficiency.

Why Flow Simulation is Critical for Fixed-Wing UAVs

Designing a long-range FPV platform requires a delicate balance of lift, drag, and thermal management. SolidWorks Flow Simulation allows us to analyze these variables in a 3D environment:

Drag Reduction: We meticulously analyze the "pressure drag" created by the front-mounted motor and prop wash. By visualizing air particles, we can contour the fuselage to minimize turbulence, directly increasing your flight time.
Lift Optimization: We test various airfoil profiles under different Angles of Attack (AoA) to find the "sweet spot" for cruise efficiency, ensuring the UAV remains stable even when carrying heavy long-range batteries.
Thermal Management: Long-range missions put stress on the ESC (Electronic Speed Controller) and motor. We simulate internal airflow to ensure that air entering the nose cooling ducts effectively pulls heat away from the electronics.
External Factors: We simulate real-world conditions such as crosswinds and high-altitude air density to predict how the KhachatryanUAV will behave in diverse environments.

ELRS: The Long-Range Standard for KhachatryanUAV

For a company focused on long-range FPV fixed-wing UAVs like yours, ExpressLRS (ELRS) is the industry-leading choice for the radio link. Developed as an open-source project and popularized by hardware leaders like RadioMaster, ELRS has revolutionized how pilots maintain control over extreme distances.

Why ELRS is the Perfect Match for KhachatryanUAV

When designing for the horizon, your radio link must be as reliable as your airframe. ELRS provides the technical backbone needed for long-distance missions:

Extreme Range & Penetration: ELRS uses LoRa (Long Range) modulation. This allows the signal to be received even when it is below the "noise floor," meaning you can fly further and behind obstacles where traditional systems would failsafe.
High Refresh Rates: Unlike older long-range systems that felt "mushy," ELRS supports refresh rates up to 1000Hz. This provides an instantaneous, locked-in feel for the pilot.
Packet Management: It uses smart link quality (LQ) telemetry, giving you real-time data on your signal health—crucial for high-stakes, long-range fixed-wing flights.

The Core of KhachatryanUAV: MatekSYS F405-Wing-V2

At KhachatryanUAV, we don’t just build airframes; we integrate high-tier avionics designed for the mission. The MatekSYS F405-Wing-V2 serves as the primary flight controller for our long-range platforms, providing the processing power and reliability required for sustained FPV flight.

Why We Selected This Architecture:

Optimized for Fixed-Wing: Unlike "multi-purpose" controllers, this board is built specifically for planes. It provides the high-current BECs (Battery Eliminator Circuits) necessary to power multiple heavy-duty servos during long-distance cruising.
Precision Navigation: Integrated with high-accuracy barometers and low-noise gyros, it allows KhachatryanUAV platforms to maintain rock-solid altitude and orientation, even in turbulent conditions.
Redundant Power Design: The V2 features enhanced TVS protection, shielding your expensive long-range electronics from voltage spikes during high-power motor bursts.