Revolutionizing Drone Technology: Our Roadmap

Identification of industry trends, requirements and inception of the idea.

• Urgent need for indeginous design and manufacturing of drones - high security risk and high value in multiple industries.
• Growing requirement of high-performance, serviceable and reliable drone components.
• Idea of Wint is born.

Analaysis of existing solutions, experimenting with simple quadcopters.

Evaluation and profiling of various sensors, microcontrollers, telemetry and other autopilot subsystems.

• Designing PCBs and software drivers for various sensors - Inertial Measurement Units, Magnetometers, Barometers, GPS etc.
• Profiling the performance, cost and other characteristics of various sensors in practical settings.
• Designing comprehensive evaluation kits for various microcontrollers.

Development of flight controllers with various subsystem configurations.

• Designing multiple control prototypes with various sensor and microcontroller combinations/
• Testing prototype controllers on various drone configurations - Quad, Hex, Heli, Fixed-Wing etc.
• Performance validation in real flight conditions.

Creating a robust GCS to use the flight controller and telemetry effectively.

• Custom GCS with detailed telemetry logging, system monitoring and advanced command support.
• User-friendly and reliable interface.
• Building compatibility with existing and proven Ground Control Systems and technologies.

Comprehensive testing and validation of hardware and software from third-party, NABL approved labs.

• Hardware certification from recognized, third-party labs for proven reliability and performance.
• Software testing and compliance verification.
• Documentation and reports prepared for easier type-certification and increased confidence.

Building manufacturing partnerships that are robust, reliable and reasonably-priced.

• Evaluation of component distributors, PCB manufacturers and other suppliers.
• Eliminate single points of failure in the procurement/manufacturing/assembly process.
• Quality control and cost optimization.

Building standard and customized Pixhawk autopilot with a variety of payloads.

• Robust Pixhawk controller design with standard features and customizability.
• Enhanced serviceability, localized technical support and easier type-certification.
• Integration with well-known and in-house Ground Control Systems.

Evaluation and profiling of various sensors, microcontrollers, telemetry and other autopilot subsystems.