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(7 products available)
Denso Forward-Facing Radar Sensors
Denso radar sensor for car, like the Denso forward-facing radar sensor, plays an important part in systems of ADAS (Advanced Driver Assistance Systems). These sensors, which are positioned on the front of a vehicle, are meant to scan the road ahead and detect obstacles, other cars, and pedestrians. By operating on a frequency of 76–81 GHz, these sensors ensure precise range and velocity measurements. Functionality is integrated with adaptive cruise control and automatic emergency braking, enhancing safety and convenience while driving. This sensor's compact size and robustness guarantee that it can perform well under different weather situations and driving circumstances.
Denso Corner Radar Sensors
Denso corner radar sensors are installed on the sides or rear corners of vehicles for blind-spot sensing, cross-traffic alert, and parking assistance. These short-range sensors provide a 120-degree detection angle, covering blind spots and areas around the vehicle that are hard to see. Like their forward-facing counterparts, these sensors operate within the 76-81 GHz frequency band. They are small enough to fit in tight spaces while still being robust and weatherproof. When integrating corner radar sensors into vehicles, automakers improve their capacity to detect hidden objects during lane changes, backing up, and parking maneuvers, reducing accident risk and boosting driver confidence.
Denso Long-Range Radar Sensors
The Denso long-range radar sensors are made especially to identify objects from a distance of up to 200 meters, making them perfect for adaptive cruise control and collision warning systems. These sensors work in a broad range of circumstances by sending out radar waves at a frequency of 77 GHz, which provides accurate data on the speed and distance of the moving objects. Its aerodynamic design guarantees minimal wind resistance, and it can handle all weather situations. By allowing early detection of hazards, the long-range radar boosts highway driving safety. Car makers who want to improve their vehicles' capacity for long-distance detection and reliability will find this sensor an essential component.
Automotive Safety Systems
Denso's commercial vehicle radar sensors are increasingly important for vehicle safety systems. With a capacity to detect obstacles and movement, these sensors boost ADAS (Advanced Driver Assistance Systems) performance). Collision avoidance and automatic emergency braking are examples of functions that rely on radar sensor data. These inputs help decrease accidents by providing drivers with vital information quickly to act in danger. There is a growing interest in vehicle safety and the importance of lowering insurance costs. These sensors enhance the automotive sector's commercial potential since they provide safety features required by law in several jurisdictions.
Improving Autonomous Driving
Denso radar sensors have critical importance in the development of autonomous driving technology. These sensors provide the data needed for cars to understand their environment and navigate safely. Through forward, corner, and long-range detection, Denso's sensors enable autonomous vehicles to identify pedestrians, other cars, and obstacles in real time. The systems of navigation and control can then make informed decisions, enhancing comfort and safety. The market for self-driving vehicles is expected to expand greatly. With its precise and dependable sensors, Denso will help various industries, including transportation and ridesharing, realize their promise of fully autonomous mobility and seize this business potential.
Traffic Management and Smart City Applications
The sensors of Denso radar are used in intelligent traffic systems because they can monitor traffic flows and help optimize city infrastructure. By gathering real-time data on vehicle speeds and densities, these sensors let traffic control systems change the timers of stoplights, cut congestion, and enhance the flow of traffic. Cities utilizing these systems see higher efficiency on roads, lowering travel times and car emissions. This capacity to create a connected environment for transportation opens up new prospects for urban planners and government agencies to invest in smart city projects that improve mobility. As congestion and pollution become more serious problems, Denso's radar sensors provide a valuable resource for managing these issues and improving their economic potential.
Logistics and Fleet Management
Denso radar sensors integrated into vehicles used for fleet management and logistics services boost their efficacy and security. These sensors offer important information on the surroundings, ensuring quicker and safer deliveries by avoiding collisions and monitoring the movement and position of objects. The efficiency of the fleet may be improved further by coupling sensor data with systems of management, leading to savings in fuel, time, and operating costs. Companies in logistics and transportation recognize the importance of investing in technology that improves performance and reduces risks. With its sensors, Denso responds to this necessity while providing fleet managers with the tools they need to efficiently handle their operations in a challenging business environment.
Forward Radar Sensor Specifications
The Denso forward radar sensor works in challenging conditions without errors. While sending and receiving radar signals at a frequency of 76 to 81 GHz, it has a wide field view of about 40 degrees. It is small and easily placed, measuring about 12 × 7 × 4 cm, and has a weight of only 0.7 kg. For energy, it uses a flexible range, from 9 to 36 volts, making it compatible with various vehicles. It provides very precise range detection, with a resolution of 0.1 meters and capable of measuring distances up to 200 meters. At temperatures ranging from -40 to 85 degrees Celsius, it works in all weather conditions and is robust.
Corner Radar Sensor Specifications
Corner radar sensors can detect objects with a speed of up to 5 m/s and support vehicle safety functions at short ranges. Operating at 76 to 81 GHz, the radar system provides a wide 120-degree horizontal view and a 90-degree vertical view for complete monitoring. It is compact, measuring 10 × 6 × 3 cm, and weighs about 500 grams. The sensor is designed for various vehicles, operating at power voltages between 9 and 36 volts. Like the forward radar, the corner sensor is robust and operates in temperatures from -40 to 85 degrees Celsius, which makes it useful for applications like blind-spot detection and cross-traffic alert in various environments.
Long-Range Radar Sensor Specifications
The effective identification of objects up to 200 meters away is enabled by Denso's long-range radar sensor. It operates at a frequency of 77 GHz, which maximizes energy efficiency and detection accuracy. With an approximately 15-degree wide horizontal field of vision and compact dimensions of 14 × 8 × 5 cm, this sensor fits seamlessly into vehicles. At only 0.6 kg, it's lightweight as well. It operates on a versatile voltage range of 9–36 volts, ensuring wide vehicle compatibility. Furthermore, it can function at temperatures from -40 to 85 degrees Celsius, enabling reliable operation in various weather conditions. This sensor is critical in adaptive cruise control and collision avoidance systems.
Choosing an appropriate Denso radar sensor demands a careful consideration of various important factors to guarantee the sensor will function fine in its designated application.
Detection Requirements
The sensor's range, field of view, and resolution ought to correspond with the intended purpose, whether short-range parking assistance or long-range adaptive cruise control. One should choose a forward radar sensor for applications needing frontal detection. At the same time, short-range corner sensors work effectively for blind-spot detection and parking.
Environmental Conditions
Make sure the sensor can work under the intended conditions of the environment. The sensor should use weatherproof and robust materials to ensure functioning reliability in adverse weather like rain, fog, or snow. Look for models with enhanced signal processing capability to guarantee operation under low visibility conditions.
Automotive System Integration
The highway control radar sensor chosen should be compatible with the car's existing systems, particularly ADASS (Advanced Driver Assistance Systems). This system guarantees seamless integration with present technologies by checking the communication protocols and interface standards.
Technology Advancements
Keep up with the most important Denso innovations concerning radar sensor technology to enjoy the latest efficiency improvements, greater resolution, and diminished power consumption. One way to improve performance is to select sensors that utilize next-generation waveforms.
Cost and Value
Weigh the cost with the value delivered to determine a proper investment. As important safety components, radar sensors should be durable and reliable for low maintenance and replacement costs. Consider long-term benefits and performance over a single short-term cost.
The Denso car radar sensor plays a crucial role in Advanced Driver Assistance Systems (ADAS) by detecting objects like vehicles, pedestrians, and obstacles. It improves vehicle safety with collision avoidance, automatic emergency braking, and adaptive cruise control. These safety features enhance situational awareness by providing precise real-time data to the driver.
Yes, Denso radar sensors are made to operate in adverse vehicle conditions, including heavy rain, snow, fog, and glare from the sun. The sensors emit radar waves that pass through common weather elements, boosting them and eliminating interference within the sensor. This feature ensures reliability and accuracy in various environmental conditions.
Denso radar sensors are critical components in developing self-driving vehicle technology. They enable cars to understand their environment by providing information on the movement and position of nearby objects. Denso's forward, corner, and long-range radar will help the systems navigate, identify hazards, and make informed driving decisions safely.
These sensors are developed to integrate into existing automotive systems like ADAS (Advanced Driver Assistance Systems). The sensors use standard communication protocols that enable them to work seamlessly with current vehicle systems. It does not matter whether for collision avoidance or parking assistance; the integration guarantees safety and performance.
Denso ensures the performance, quality, and safety of its radar sensors by rigorously testing them under various vehicle conditions. The sensors undergo environmental tests to determine their functionality and reliability under extreme weather, temperature, and conditions. Performance tests in simulations check accuracy and response times in various driving situations. These comprehensive tests enable Denso to manufacture dependable sensors to meet industry standards.
