Aqara Presence Multi-Sensor FP300 - 5-in-1 mmWave and PIR Detection

The Aqara Presence Multi-Sensor FP300 represents the evolution of smart home sensing through comprehensive 5-in-1 detection, wireless battery operation, and dual-protocol flexibility. This intelligent sensor combines mmWave radar and PIR detection with environmental monitoring capabilities, delivering presence awareness that distinguishes between motion and stationary occupation while simultaneously tracking temperature, humidity, and light levels for sophisticated automation scenarios.

Dual PIR and mmWave Presence Detection

What distinguishes the Aqara Presence Multi-Sensor FP300 from conventional motion sensors? This sensor employs dual detection technology - combining passive infrared (PIR) for instant motion response with 60GHz mmWave radar for continuous presence detection. PIR sensors detect heat signature changes when people move, triggering immediate responses. mmWave technology maintains detection when occupants remain stationary, preventing false absence triggers that plague traditional motion sensors.

Advanced Presence Capabilities

With the Aqara Presence Multi-Sensor FP300, you gain access to:

• Dual PIR and mmWave detection - combines instant motion response with stationary presence sensing
• AI-powered learning - automatically optimizes sensitivity based on environment
• 120° field of view - comprehensive coverage with 6m (20 feet) detection range
• Temperature sensing - monitors ambient temperature for climate control automation
• Humidity monitoring - tracks moisture levels for comfort and mold prevention
• Light sensing - measures illuminance for intelligent lighting automation
• Thread protocol (default) - Matter compatibility across all major ecosystems
• Zigbee protocol - exclusive Aqara features and local automation
• Battery powered - CR2450 batteries provide years of wireless operation
• Flexible installation - wall, ceiling, corner, or magnetic mounting options

AI-powered adaptation continuously refines detection sensitivity, learning environmental patterns to filter micro-motion interference from fans, curtains, or pets while maintaining accurate human presence detection. The sensor builds understanding of space characteristics over days of operation, reducing false triggers without compromising responsiveness to actual occupancy changes.

Comprehensive 5-in-1 Environmental Sensing

The 5-in-1 sensor integration transforms single-purpose presence detection into comprehensive environmental awareness. Beyond occupancy monitoring, the FP300 tracks temperature fluctuations, humidity levels, and ambient light intensity through dedicated sensors operating simultaneously. This multi-parameter sensing enables sophisticated automations impossible with presence-only devices.

Temperature sensing supports climate control optimization - automatically adjusting thermostats when temperature exceeds thresholds combined with room occupation. Create automations activating air conditioning when rooms reach 28°C (82°F) with presence detected, ensuring comfort while avoiding energy waste in unoccupied spaces. Temperature data appears in compatible ecosystems for monitoring and automation building.

Humidity monitoring proves essential for bathroom ventilation, basement dehumidification, and climate-sensitive storage spaces. Program exhaust fans activating when bathroom humidity exceeds 70% following presence detection, preventing mold growth while minimizing unnecessary fan operation. Track humidity trends identifying problematic areas requiring attention before visible condensation or mildew appears.

Illuminance measurement enables adaptive lighting control responding to natural light availability. Configure lights turning on only when room illuminance drops below 400 lux with presence detected, preventing unnecessary activation during daylight hours. This light-responsive automation delivers energy savings while maintaining consistent visibility regardless of time or weather conditions.

Battery-Powered Wireless Freedom

The battery-powered architecture eliminates wiring requirements, enabling placement optimized for detection coverage rather than electrical outlet proximity. Two replaceable CR2450 batteries provide up to 3 years operation in Zigbee mode or 2 years in Thread mode based on typical reporting frequency. This extended battery life prevents frequent maintenance while delivering consistent performance throughout the operational period.

Selective sensor management further extends battery life by disabling unnecessary capabilities. Disable temperature and humidity sensing in applications requiring only presence detection, reducing power consumption and prolonging battery replacement intervals. Adjust reporting frequency through the Aqara Home app in Zigbee mode, balancing responsiveness against battery conservation based on specific use case requirements.

Battery status monitoring appears in connected ecosystems, providing advance warning before depletion. Replace batteries proactively when status indicates low levels, preventing unexpected operation interruption. The user-replaceable design requires no tools or special procedures - simply access the battery compartment, swap cells, and resume operation without device re-pairing or configuration loss.

Thread and Zigbee Protocol Flexibility

The dual protocol capability delivers ecosystem flexibility uncommon in battery-powered sensors. The FP300 ships in Thread mode by default, enabling immediate Matter connectivity with Apple HomeKit, Amazon Alexa, Google Home, Samsung SmartThings, Home Assistant, and Homey without proprietary hubs. Thread's mesh networking topology extends range through router-capable devices, creating resilient networks maintaining connectivity despite individual device failures.

Zigbee mode unlocks exclusive features unavailable through Matter protocol limitations. Switch protocols through the Aqara Home app, gaining access to customizable detection parameters, sensor enabling/disabling, and enhanced reporting frequency controls. Zigbee operation requires compatible Aqara hubs (M2, M3, G410, or similar with latest firmware), but provides comprehensive feature access and seamless integration with extensive Aqara device catalogs.

Matter ecosystem compatibility extends beyond basic presence reporting. Temperature, humidity, and light sensor data appears in supporting Matter controllers, enabling complex multi-condition automations. Note that some platforms may display limited sensor subset - Thread Border Router and Matter Controller requirements vary by ecosystem, with full feature sets guaranteed through official platform support.

Flexible Wireless Installation Options

The wireless battery design enables installation flexibility impossible with wired sensors. Mount the FP300 on walls pointing downward at seating areas for stationary presence detection, attach to ceilings for overhead room coverage, position in corners maximizing field-of-view utilization, or place on magnetic surfaces using integrated magnets. The multi-axis adjustable base facilitates precise aiming, optimizing detection angles regardless of mounting surface orientation.

Optimal placement proves critical for stationary detection accuracy. Position sensors with clear line-of-sight to areas requiring monitoring - desk chairs, sofas, beds, or workbenches where occupants remain still for extended periods. Avoid aiming at reflective surfaces, rotating fans, or moving curtains that generate micro-motion interference confusing detection algorithms. Ceiling mounting provides superior coverage for open floor plans, while wall mounting excels in targeted workspace monitoring.

Magnetic mounting capability simplifies temporary installations and testing different positions before permanent placement. The integrated magnets adhere to metal surfaces - electrical boxes, HVAC vents, metal furniture, or included metal plates - enabling tool-free repositioning. Note that magnetic strength varies by surface material and finish smoothness, potentially requiring adhesive mounting on textured or non-ferrous surfaces.

AI-Powered Detection Intelligence

The advanced AI algorithms distinguish the FP300 from basic motion sensors through environmental learning and adaptive sensitivity adjustment. During initial operation days, the sensor analyzes environment characteristics - air currents, ambient vibrations, and stationary objects - building profiles distinguishing human presence from background interference. This learning process continuously refines detection thresholds, reducing false triggers while maintaining responsiveness to actual occupancy changes.

Micro-motion filtering eliminates common false-positive sources plaguing standard sensors. The AI differentiates between ceiling fan rotation, curtain movement, and HVAC airflow versus human breathing and subtle position shifts. This distinction prevents lights extinguishing during stationary desk work or media viewing while avoiding activation from environmental motion creating nuisance alerts.

Sensitivity adaptation responds to installation environment specifics - higher sensitivity in quiet offices detecting minimal movement, lower sensitivity in active spaces filtering routine background activity. The automatic calibration eliminates manual threshold tuning, delivering optimal performance without user intervention or technical configuration knowledge.

Automation Integration Examples

The comprehensive sensor suite enables sophisticated multi-condition automations impossible with single-function devices. Create adaptive lighting scenes activating when presence detected AND illuminance drops below thresholds, preventing daytime activation while ensuring adequate visibility during evening hours or overcast conditions. Combine light sensing with time-based conditions for graduated responses - dim lighting during late evening, full brightness during work hours.

Climate control automation leverages temperature sensing and presence detection for energy-efficient HVAC operation. Configure thermostats lowering set points in unoccupied rooms, raising temperatures when presence returns, and maintaining comfortable ranges only during actual occupation periods. Add humidity conditions for bathroom exhaust fan control - activate when humidity exceeds 65% during occupied periods, preventing unnecessary operation during vacant intervals.

Security monitoring combines presence detection with time-based expectations - trigger notifications when presence detected during away periods, activate recording devices during unexpected occupation, and integrate with smart locks and lighting for departure/arrival routines. The multi-sensor data stream enables complex conditional logic matching specific behavioral patterns rather than simple motion-triggered responses.

Zigbee Mode Exclusive Features

Operating in Zigbee mode with Aqara hub unlocks advanced customization unavailable through Matter protocol. Access detection mode selection choosing between balanced, high sensitivity, or high precision algorithms optimized for specific use cases. Adjust absence delay timers controlling how long the sensor waits after losing presence before reporting vacancy - useful preventing false off-triggers during brief movements outside detection zones.

Sensor enable/disable controls selectively activate only required capabilities, conserving battery by disabling temperature, humidity, or light sensing in applications requiring solely presence detection. Modify reporting frequency for environmental sensors, balancing data freshness against battery consumption based on whether rapid response or long-term trending matters more for specific installations.

Customizable detection range tunes sensitivity matching room dimensions and occupancy patterns. Reduce range in small spaces preventing false triggers from adjacent room activity, increase range in open areas maximizing coverage efficiency. These Zigbee-exclusive settings require Aqara hubs but provide granular control unavailable through standardized Matter interfaces.

Universal Ecosystem Compatibility

The FP300's Matter certification ensures compatibility with all major smart home platforms simultaneously. Add the sensor to Apple Home for HomeKit automation and Siri voice control, integrate with Google Home for Assistant routines, connect to Alexa for Amazon ecosystem integration, and configure in Home Assistant for advanced local automation - all functioning concurrently from single device pairing.

Thread Border Router requirements vary by ecosystem but generally include HomePod mini, Apple TV 4K, Google Nest Hub (2nd gen), Amazon Echo (4th gen and newer), or dedicated Thread/Matter hubs. The sensor automatically discovers available Border Routers, joining Thread networks and registering with paired Matter controllers without manual network configuration.

Voice control through Siri, Google Assistant, and Alexa enables hands-free sensor status queries and automation triggering. Ask assistants about current room temperature, presence status, or humidity levels for immediate feedback. Voice commands prove particularly valuable for accessibility applications and hands-occupied scenarios where manual app checking proves inconvenient.

Installation Considerations

Before deployment, verify Thread Border Router availability in target ecosystems if using Matter connectivity. Check that existing smart home infrastructure includes Thread-capable hubs or plan Border Router additions ensuring sensor connectivity. Thread mesh networking tolerates individual router failures but requires minimum viable router density for reliable operation across larger homes.

Detection line-of-sight critically affects stationary presence accuracy. Position sensors aiming at torso/chest level of seated occupants rather than backs of chairs or furniture obstructions. mmWave detection penetrates some materials but performs best with unobstructed views of monitoring zones. Test placement before permanent installation, verifying detection maintains during stationary activities like reading or computer work.

Battery replacement planning considers the 2-3 year operational lifespan when selecting installation locations. Ensure chosen positions permit straightforward battery access without requiring ladders, furniture moving, or fixture disassembly. While battery life extends multiple years, permanent adhesive mounting on inaccessible surfaces creates future maintenance challenges justifying temporary mounting testing first.

Why Choose Aqara Presence Multi-Sensor FP300

The Aqara Presence Multi-Sensor FP300 delivers exceptional value through comprehensive sensing integration, wireless battery operation, and dual-protocol ecosystem flexibility. The combination of mmWave and PIR detection eliminates traditional motion sensor limitations - maintaining presence detection during stationary occupation while providing instant motion response. Battery power enables optimal placement prioritizing coverage over outlet locations, while AI learning continuously refines detection accuracy.

5-in-1 sensor integration transforms single-purpose presence detection into comprehensive environmental monitoring, enabling sophisticated multi-condition automations impossible with basic motion sensors. Thread/Matter compatibility ensures universal ecosystem support while Zigbee mode provides advanced features for users demanding granular control. The compact 42mm cube form factor installs discreetly in any environment without dominating visual aesthetics.

Final Thoughts

The Aqara Presence Multi-Sensor FP300 represents thoughtful sensor engineering focused on comprehensive detection capabilities and practical wireless deployment. By combining mmWave and PIR presence sensing with temperature, humidity, and light monitoring in battery-powered Matter/Zigbee hardware, Aqara has created sensors adapting to diverse automation requirements. Whether you're building sophisticated presence-based climate control, implementing adaptive lighting responding to occupation and ambient light, or creating multi-condition security monitoring, the FP300 delivers the sensing capabilities and ecosystem compatibility modern smart homes demand. Its wireless operation and extended battery life make it an intelligent choice for retrofitting existing spaces and new construction alike, providing the detection intelligence necessary for truly responsive automated environments.