Planck Vision Systeme: Whakamārama Vegetationsbrand verursacht Verkehrsbehinderungen, geschätzter Schaden erreicht $500.000

---

On January 6, 2025, a significant scrub fire broke out near Te Puna Stream in the Whakamārama area, located on State Highway 2 (SH2), severely disrupting traffic and local power supplies. The fire, reported to Fire and Emergency New Zealand at 1:48 pm, was situated near the bridge between Barrett Road and Te Karaka Drive on SH2. Due to the fire, traffic was reduced to one lane, causing delays of up to two hours, particularly affecting motorists traveling south from Waihī and north from Te Puna.

The fire, which was attended by fire crews from Ōmokoroa, Greerton, Katikati, Tauranga, Waihi, and Te Puke, was brought under control by around 4:20 pm, but traffic congestion persisted. Nine fire crews responded, and three remained on-site to dampen the area. The fire’s cause is still under investigation, but it is believed to be a scrub fire, which is particularly difficult to control given the dry conditions in the region.

In addition to the traffic disruptions, PowerCo reported power outages affecting over 200 properties in the Whakamārama area, with power cuts at 1:47 pm and 1:53 pm. The outages were expected to be resolved by 6 pm, once PowerCo’s teams completed their repairs. Initial damage assessments suggest that the fire caused a loss of approximately $500,000, including damage to local infrastructure and potential property damages.

As the fire was extinguished, NZTA Waka Kotahi advised motorists to consider alternative routes or delay their travel plans. For northbound travelers, a detour route via SH29 over the Kaimai Range and continuing on SH24, SH27, and SH26 before rejoining SH2 was recommended. The southbound detour followed the reverse path.

This incident highlights the importance of early fire detection and rapid response to avoid larger-scale disruptions. Utilizing advanced thermal imaging systems, such as the TRX600 robotic system from Planck Vision Systems, can help detect such fires earlier, preventing significant traffic and property damages.

With the TRX600’s ability to monitor hard-to-reach areas and provide real-time data, it enables timely interventions that reduce risks and prevent long-term safety concerns. Early detection, like that provided by the TRX600 system, could have mitigated the spread of this fire, ensuring the safety of local communities and minimizing economic losses.

---