The Cover Protect & Aimer is an advanced defensive equipment system that enhances combat safety by enabling soldiers to engage targets while maintaining cover. By integrating electronic imaging with conventional assault rifles, the system provides tactical advantages while significantly reducing operator exposure during combat operations.
- Imaging Unit: OV7670 camera module mounted on the rifle
- Processing Unit: Arduino UNO microcontroller for real-time video processing
- Display Unit: Helmet-mounted TFT screen for video feed visualization
- Video Output: VGA-compatible resolution
- Frame Rate: 10 FPS
- Power Requirements:
- Input: 7-12V DC
- Operating Voltage: 3.3V (internal)
- Communication Protocols:
- Camera Configuration: I2C
- Display Interface: SPI
- Data Processing: 8-bit pixel data stream
- Real-time video feed transmission from rifle to helmet display
- Protected observation and targeting from cover
- Non-line-of-sight aiming capability
- Enhanced situational awareness with minimal exposure
- Universal weapon compatibility
- Zero impact on weapon ballistics and accuracy
- Cost-effective alternative to corner-shot systems
- Lightweight and ergonomic design
- Low maintenance requirements
- Modular architecture for future enhancements
- Counter-terrorism operations
- Urban warfare
- Building clearance
- High-risk combat situations
- Defensive position operations
- Cover-based tactical engagements
- 360-degree surveillance
- Night vision integration
- Thermal imaging
- Optical zoom functionality
- Wide-angle field of view
- Depth perception sensors
- IR laser targeting
- Tactical illumination
- Grenade launcher integration
- Enhanced ballistic protection
The system delivers significant tactical advantages at a fraction of the cost of specialized corner-shot weapons, which typically range in lakhs of rupees. The modular design enables:
- Incremental capability upgrades
- Simplified maintenance procedures
- Reduced long-term operational costs
- Maintained combat effectiveness
We welcome contributions to enhance the system's capabilities. Please refer to our contribution guidelines for more information.