Description
Skyhawk Fishing Bundle Hub | Boat Supply Store
Protect your vessel from critical bilge flooding and unauthorized access with the Skyhawk Oversea Fishing Bundle Hub. This integrated system provides real-time alerts for high water levels in the bilge, with sensors capable of detecting temperatures as low as 2C, and monitors battery voltage with customizable low-voltage thresholds. The self-powered Oversea Hub utilizes FlockSense™ technology and cellular IoT connectivity for reliable, remote monitoring, ensuring you remain informed even when away from your boat, a crucial feature for offshore fishing expeditions in the Gulf of Mexico.
Key Features
- Self-powered Oversea Hub with replaceable AA batteries offering up to 10 years of tracking life
- Dual mode Oversea Hub functions as either a standalone tracker or a tracker + gateway
- FlockSense™ sensor signal-capturing technology for enhanced reliability
- Cellular IoT connectivity for remote monitoring capabilities
- Battery Sensors provide crucial voltage monitoring with configurable low-voltage alerts
- Entry Sensors detect and log access events from hundreds of feet away
- Bilge High-Water Sensors include a low-temperature alert preset at 2C for added protection
- 4-foot extension cable included with Bilge High-Water Sensors for optimal placement
Specifications
| Product Specifications | |
|---|---|
| Oversea Hub Battery Life (Tracking) | 7-10 years |
| Oversea Hub Battery Life (Gateway) | 2-3 years |
| Battery Sensor Function | Voltage Monitoring |
| Entry Sensor Range | Several hundred feet |
| Bilge High-Water Sensor Temperature Alert | Preset at 2C |
| Bilge High-Water Sensor Cable Length | 4-foot |
Who This Is For
Boat owners seeking comprehensive, low-maintenance monitoring for their vessel's security, bilge water levels, and battery health. Ideal for those prioritizing long-term, reliable alerts without frequent battery replacements or complex installations.
How It Compares
| Feature | Skyhawk Fishing Bundle Hub | Competitor |
|---|---|---|
| Hub Power Source | Self-powered (AA Batteries) | External Power Required |
| Hub Battery Life | 7-10 years (tracking), 2-3 years (gateway) | Typically less capable |
| Sensor Types Included | Battery, Entry, Bilge High-Water/Temperature | Typically less capable |
| Bilge High-Water Alert | Yes | No |
| Entry Sensor Range | Several hundred feet | Typically less capable |
Common Concerns Answered
Will the bilge sensors give false alerts?
Occasional false alerts can occur if bilge sensors are not positioned correctly to avoid minor condensation or splashing; proper placement is key to accurate readings.
Is the app easy to navigate?
While generally praised for functionality, some users find the app interface could be more intuitive, though its core monitoring capabilities are robust.
Is this system as cost-effective as basic alarms?
The initial investment is higher than basic alarms, but the long battery life (up to 7-10 years for tracking), cellular IoT connectivity, and comprehensive multi-sensor monitoring offer superior long-term value and peace of mind.
Frequently Asked Questions
How long do the batteries in the Oversea Hub last?
The Oversea Hub's AA batteries provide an impressive 7-10 years of life in tracking mode and 2-3 years in gateway mode, offering significant longevity.
Can the Oversea Hub be used as a standalone tracking device?
Yes, the Oversea Hub is designed with dual-mode functionality, allowing it to operate as a standalone tracking device in addition to its role as a tracker + gateway.
What is the range of the Entry Sensors?
The Entry Sensors are engineered to detect and log entry events from a considerable distance, spanning several hundred feet.
Does the Bilge High-Water Sensor have a low-temperature alert?
Yes, the Bilge High-Water Sensors are equipped with a low-temperature alert feature, preset to trigger at 2°C to protect against potential freezing issues.
What is the purpose of the FlockSense™ technology?
FlockSense™ technology is Skyhawk's proprietary signal-capturing system, designed to enhance the reliability and integrity of sensor data transmission to the hub, ensuring consistent monitoring.
