1. Time-lapse Parking Recording

• Continuously records at a reduced frame rate of 1 frame per second (1FPS).
• All footage is condensed: 30 minutes of real-time monitoring is packed into a 1-minute video segment.
• Plays back at 30x normal speed (video has no or reduced audio).
• Impact Trigger: If a physical collision is detected by the G-sensor, the camera instantly switches to record a full-quality, normal FPS event file, utilizing a buffered recording to capture the crucial seconds before and after the impact.

• Massive Storage Efficiency: Drastically reduces space consumption, allowing you to capture continuous coverage over long parking sessions.
• Zero Gaps: Captures complete environmental surveillance regardless of visual motion or physical vibrations.
• Ideal for: Long parking durations or busy, high-traffic public parking lots.

• Detail Loss on Fast Action: Quick events occurring between the 1-frame-per-second intervals may look choppy.
• Identifying quick license plates or passenger movement is difficult unless a physical impact is detected to trigger a full-speed recording.

2. Motion/Impact Parking Recording

• The dashcam remains in a standby state while continuously buffering video in its temporary memory.
  • Motion Sensor Trigger: Commits a recording to the card when movement is detected within the lens's field of view.
  • Impact Sensor Trigger: Commits a recording when a sudden physical shock or vibration is detected by the G-sensor.
• Each saved clip includes a pre-event buffer (capturing up to 10 seconds of video before the trigger and 50 seconds after).

• Event-Focused: Highly storage efficient because it only saves active, relevant events to the microSD card.
• Rich Details: Recordings are saved at full frame rate and normal speed with audio (if enabled).
• Easy to Review: Keeps your file library clean and organized around short, specific clips.

• May miss incidents if motion sensitivity is configured too low, or if a physical impact is too light to trigger the G-sensor.
• In busy environments (e.g., active streets), constant movement can trigger false alerts and fill up your microSD card quickly.

3. Power Saving Parking Mode*

• The dashcam enters a deep sleep state: the main processor (CPU), image sensors, and wireless networks are powered down, leaving only the 3-axis G-sensor active to monitor physical impacts.
• Reduces the camera's standby power consumption to an ultra-low ≤ 1mA.
• Upon Impact: The G-sensor detects a collision, waking the CPU from sleep and starting recording within 1 to 3 seconds of the physical contact.

• Ultimate Battery Protection: Draws virtually zero power, allowing stable, continuous parking surveillance for days or even weeks without risk of draining your vehicle’s battery.
• Extreme Heat Resilience: Since the internal processor is powered down during standby, the camera runs extremely cool, preventing thermal shutdown issues when parked in direct, blistering summer sunlight.
• Bypasses Timer Limits: Because the standby current is so low, the Cut-off Timer is automatically disabled in firmware, letting the camera monitor your vehicle indefinitely.

• No Pre-Event Buffer: Because the camera's CPU and image sensors are completely asleep before impact, it cannot record the seconds before the collision—it only captures post-impact footage.
• Restricted Cloud Telematics: Real-time Cloud communication is unavailable while the camera is in deep sleep. If an impact occurs, Live Event Upload to the cloud will only launch after the camera wakes up, records, and successfully commits the file to the microSD card.

Comparison Table

Usage Tips

• When to use Time-Lapse: Best if your vehicle is parked in high-traffic or public areas for extended periods. This guarantees continuous footage, though quick events (like door dings or side-swipes) may be hard to analyze unless an impact triggers a full-speed recording.
• When to use Motion/Impact: Best for quiet locations or short parking sessions. It focuses strictly on relevant incidents, minimizing storage use and file clutter.
• When to use Power Saving: Best if you are parking your car at an airport terminal for a long business trip, leaving it unattended for weeks, or parking in direct, high-temperature summer environments.
• Note: Standard parking modes require a Hardwiring Power Cable (HWK-5FT) or a Power Magic Ultra Battery (B-130A) to function safely without draining your car battery.

FAQ

• Does Time-Lapse record audio?
  • No. Most time-lapse parking files are recorded in silence. Only normal driving recordings or impact event clips will include audio (if enabled in your system preferences).
• Why is my camera's Cut-Off Timer disabled in Power Saving Mode?
  • Because Power Saving Mode draws ≤ 1mA of current, it has almost no impact on your vehicle's car battery. The firmware automatically disables/bypasses the Cut-off Timer, allowing the dashcam to remain in this protective sleep state indefinitely. Low-Voltage Cut-off remains active as a failsafe.
• Will I get instant Cloud push alerts in Power Saving Mode?
  • Real-time Cloud communication is restricted while the camera is in deep sleep. If a physical impact occurs, the camera wakes up, records the file locally on the SD card, and then launches its cellular network connection (if an LTE module is attached) to upload the file to your Cloud drive and send a push alert. This process typically takes about 15 to 30 seconds.