The 3-Lens 12MP V380 Pro 2-in-1 AI Integrated Solar Security Light merges multi-angle imaging, intelligent detection, and off-grid power in a single outdoor unit. For properties needing broad coverage without wiring, this model delivers high combined pixel count, pan/tilt control, color night illumination, and smart alarm routines — while using a solar array and rechargeable battery to sustain continuous operation.

Key attributes

Data Storage Options	Cloud, Micro SD card	Function	Two-Way Audio, Pan-Tilt, Alarm I/O, Reset, Built-In Mic,…
Sensor	CMOS	Special Features	Human Motion Tracking, Night Vision, Motion Detection,…
Style	Floodlight Camera	Aperture	F1.2
Lens	Three lens	Pixels	12MP
Viewing Angle	360	Model Number	S463-LD-E9
Brand Name	ShooCam	Place of Origin	Wuhan, China
Customized support	Customized Logo, OEM, ODM	IP Rating	IP66
Material	Plastic	Video Compression…	H.265AI
Warranty	1 Year	Product name	Outdoor Security Wireless CCTV Cameras Solar Street…
Material	ABS	Color	black
Application	Home/street/ yard	Function	Cloud storage,Night Vision,two -way audio
Model	LD-E9	Feature	lamp and camera linkage, motion detection
APP	V380 Pro	Data Storage Options	Support Cloud Storage and support max 128G

Technical specifications — quick reference table

Notes: Actual specifications vary by vendor and SKU. Sellers frequently offer different solar panel wattage and battery capacities; confirm the exact SKU specification at purchase.

Design, materials, and weather protection

Short paragraphs, focused details:

The housing uses UV-stable polymer or ABS with a weather gasket to protect the electronics. The integrated solar panel is commonly mounted above the camera head and may include an extendable cable for flexible placement.

Most international sellers list an IP rating at the IP65–IP66 range, meaning dust tight and protected against heavy water jets. This makes the unit suitable for porch, yard, farm gate, and street-light roles. For coastal or industrial sites with salt spray, choose a higher corrosion-resistant finish or stainless mounting kit.

Physical fittings: mounting kits typically include a tilting bracket and anchor hardware. Some versions ship with a separate junction box to conceal the wiring and provide an extra layer of moisture protection. Weight varies by battery size; larger battery packs increase mass and require sturdier anchors.

Quick tip: position the solar panel with a slight tilt toward the seasonal sun vector for best annual energy harvest; small orientation errors reduce output dramatically across months.

Imaging system, optics, and video quality

Three lenses, three simultaneous feeds

The unit’s three-lens arrangement is usually organized as two fixed wide-angle cameras plus one motorised pan/tilt lens. Each lens often carries a 4MP sensor; the vendor sum is marketed as 12MP total. The central PTZ lens grants horizontal rotation approaching 355° and vertical travel up to 90°, enabling live re-framing and active tracking.

Resolution and perceived image quality
Marketing materials reference “6K” or “ultra HD” output. Practically, this means the system can stitch or stream multiple views to provide higher-detail composite coverage; each single lens typically behaves like a 4MP camera. In good lighting, color rendition and edge detail are competitive with mid-tier outdoor IP cameras.

Night operation and color night vision
Units combine IR LED illumination for classic monochrome night view and high-intensity white LEDs for full-color night footage. Color night mode is valuable when color cues (clothing, vehicle paint) matter for identification. Note that color night performance depends on the light output and the camera exposure algorithms.

Compression and bandwidth
Common video codecs include H.265 for efficient streaming and storage. Use H.265 to reduce bandwidth and maximize local TF card retention time without major quality loss.

Lens angles and coverage
Fixed lenses provide the wide, static perspectives useful for context framing while the PTZ lens provides targeted inspection. This combo reduces blind spots: for example, one lens can watch a driveway, another the gate, and the PTZ lens can follow motion in either area.

Practical note: avoid overreliance on the advertised combined megapixel figure in isolation. A 12MP total split across three lenses will not outperform a single dedicated 12MP sensor in terms of pixel density per view, but it will cover multiple directions at once.

Smart functions and AI detection

What “AI” typically means in this product family
Sellers attach “AI” to features that process motion events and reduce false alarms. The most valuable function is human-shape detection: the firmware analyses motion blobs and filters those that fit human contours, reducing alerts from small animals, tree motion, or passing traffic.

PIR plus AI fusion
Many models combine a passive infrared detector (PIR) with camera-based AI. PIR offers a low-power, high-reliability trigger at short range; the camera then confirms and classifies the target. Some variants add radar sensors for better zone coverage and fewer missed detections.

Active deterrence and alarm actions
When the unit senses a human presence, it can execute configurable responses: push notification to the app, audible siren, strobe light, or recording. The lighting head can flood the scene with white LEDs to both improve evidence capture and discourage intruders.

Auto-tracking and patrol presets
The PTZ lens can be set to automatically follow a target once a human is identified. Users may also configure patrol routes — the camera cycles through preset waypoints on a schedule. Use patrol mode to cover large open yards without continuous manual control.

Privacy and data handling
Local storage via TF card keeps footage at the site. Cloud offerings exist but typically require a subscription. Always check whether your region’s privacy rules require user consent for audio recording — two-way audio is a common feature, and local laws vary.

Power system: solar panel, battery, and efficiency

Solar design choices
Vendor SKUs commonly offer panel power in the 8 W to 24 W range and internal battery capacities between ~8,000 mAh and 18,000 mAh. Larger panels and batteries extend uptime through cloudy periods and support more frequent lighting events or PTZ movement.

Energy budgeting basics
Camera sleep modes, PIR-only standby, and scheduled lighting reduce draw. In sunlight conditions sufficient for the rated panel, a properly sized solar array keeps the battery topped near full. In shaded or high-latitude locations, consider a higher-watt panel or wired hybrid power.

Battery type and safety
Most units use lithium-ion packs. Confirm that the supplier shows battery test data and regulatory certification for safe charging and thermal protection. If the vendor omits certification details, request them before ordering for installations with strict safety requirements.

Charging times and real-world run time
Vendors often list charging times under “effective sunlight.” Typical numbers: 4–8 hours of direct sun to reach a full charge from low state. Run time depends heavily on event frequency: prolonged color night illumination or repeated PTZ sweeps will shorten autonomy.

Maintenance tip: keep the panel clean and free of debris. A 10% drop in panel output from dirt is common and cumulative if not cleaned periodically.

Connectivity, storage and the software ecosystem

Network options
Most consumer SKUs prefer 2.4 GHz Wi-Fi for penetration and range; some offer 4G/LTE models with SIM support for truly remote sites. Wired RJ45 is less common in solar variants but may be available on certain SKUs for initial setup or when power is run to the pole.

App ecosystem — V380 Pro app
The typical companion software is the “V380 Pro” app found on Android and iOS. Through the app, users can view live streams, replay recordings, configure detection zones, and receive push alerts. Device sharing and two-way talk are standard features.

Local vs cloud storage
Local microSD cards (commonly up to 128 GB) store event clips and continuous footage. Cloud subscriptions provide off-site backup and longer retention. Some recent user reports note that app features and free cloud policies change over time; verify the current cloud plan terms for any SKU before relying on free cloud uploads.

Data security
Change default admin passwords on first use. If the app supports encrypted streams and two-factor authentication, enable those. For mission-critical deployments, prefer units with documented firmware update practices and a visible vendor security policy.

Installation and routine upkeep

Mounting best practices

1. Site the camera so the solar panel receives maximum direct light for at least four peak sun hours daily.

2. Aim fixed lenses at priority zones — driveway, entrance, gate — and set the PTZ to cover the central corridor.

3. Use vibration-resistant anchors for lightweight walls and heavier anchors for taller poles.

Angle and height
Mounting height between 3 and 4 meters often balances identification detail and coverage. Lower angles can cause glare from nearby lights; higher mounts reduce face detail.

Firmware and network setup
Perform a firmware update post-installation. Use temporary wired access if available for the first setup to avoid wireless pairing problems. Configure push notifications and set detection sensitivity conservatively to prevent alert fatigue.

Cleaning and seasonal checks
Quarterly cleaning of the solar panel, lens glass, and housing seals preserves performance. Inspect bracket torque and cable strain relief once per year.

Real-world performance and practical troubleshooting

Common real-world observations
• False alarms often stem from high sensitivity or moving foliage; adjust detection zones.
• Notification latency can vary by network and app load. For low latency, favor wired backhaul where available.
• Color night images are excellent when the white LEDs trigger; IR gives longer range but monochrome detail.

Troubleshooting checklist
If the unit fails to charge: verify panel orientation, check for shading, and test panel voltage under sunlight.
If motion events are missed: confirm PIR alignment, check firmware, and lower PTZ patrol speed which can miss fast events.

Known software caveats
Some community reports indicate app changes over time (cloud storage model, card handling), so confirm current app behavior and terms before depending on vendor cloud features.

Competitive comparison — quick buying table

Buying guidance: select the three-lens package if you prefer fewer devices with broader coverage and PTZ flexibility; choose single-lens solar cams when budget and simplicity matter. Hardwired systems win on reliability and long-term total cost in fixed installations.

Warranty, compliance and procurement tips

Warranty and vendor support
Warranties vary by seller. Typical offers: 12–24 months on electronics and 6–12 months on batteries, but battery coverage can be shorter due to chemistry wear. Insist on explicit battery warranty terms.

Certifications and safety
Ask for CE, RoHS and battery safety certificates if you deploy large numbers or install in commercial sites. For grid-connected battery backups or installations in regulated sectors, request IEC/UL battery test documentation.

Bulk procurement notes
OEM/ODM options exist across multiple manufacturers. When ordering at scale, request sample units and perform environmental burn-in testing to validate performance before full production runs.

Frequently asked questions

Q1. Is “12MP” the resolution of each lens?
Short answer: No. The 12MP label usually represents the total pixel count across the three lenses (commonly 4 MP per lens). Each individual lens typically functions at around 4 MP, while the system can present a stitched or multi-screen output marketed as higher combined resolution.

Q2. Will the solar panel keep the camera running through winter?
Depends on location. In regions with short, cloudy winters, the standard panel may not supply enough energy daily. For winter-reliability, choose a SKU with a larger panel and battery, or route mains power.

Q3. How does AI human detection compare with PIR triggers?
They complement one another. PIR is an inexpensive sensor that detects warm, moving objects at close range and provides low-power wake events. AI image analysis reduces false alerts by confirming whether the moving object resembles a person before pushing notifications.

Q4. Can I rely only on cloud storage?
Vendors often provide cloud plans, but terms and free storage levels change. For critical evidence preservation, use local TF card backup in addition to any cloud plan.

Q5. Is the V380 Pro app safe to use?
App safety depends on current vendor security practices. Change default passwords and enable any offered two-factor options. Look for vendor transparency about firmware updates and data handling.

Q6. How does full-color night vision work and when is it preferable?
Full-color night vision uses white LEDs to illuminate the scene, capturing color detail at night. Preferable when color identification (vehicle color, clothing) is important. It consumes more power than IR.

Q7. What mounting height yields best results?
Three to four meters often gives a good compromise between face detail and coverage. Adjust lower for license plates and higher for broader scene context.

Q8. What are common maintenance tasks?
Clean the solar panel, check brackets and seals, update firmware, inspect battery health annually, and verify detection zone tuning monthly if the site has seasonal vegetation changes.