It has an extremely useful combination of multi-role capability — high performance and agility with sufficient room to carry the crews and patients required across the very broad range of uses that rescue helicopters in New Zealand need.
It is a significant upgrade and follows the lead of other Philips Search and Rescue Helicopter bases in the Waikato-King Country and the Manawatu-Whanganui.
"Moving to a BK117 will allow increased capabilities as an emergency service provider," says Brett.
"The new machine will be fully equipped with the latest technology and equipment for rescue missions and medical emergencies. The BK117 is a more capable, modern and spacious aircraft to better service Tauranga and the Bay of Plenty."
The BK's rear cabin is larger, allowing for medical staff to work on patients more freely while airborne. Being a twin engine, the BK117 is faster than the Squirrel allowing the crew to get to patients more quickly.
The Trustpower TECT Rescue Helicopter can be airborne in 10 minutes and, in a life and death situation, this speed and agility can make all the difference.
Operating a BK117 increases the annual operating costs of the Tauranga base, but the cost is outweighed by the benefits of a more modern machine and avionics, and the safety benefits, such as crash-resistant fuel tanks, seats and structures.
The upgrade is initially being fulfilled by a lease helicopter.
The Trustpower TECT Rescue Helicopter Service carried out 203 missions last year, an increase from the previous year; many of these missions were conducted in challenging locations and in adverse weather conditions.
The service is governed by the Philips Search and Rescue Trust, which is a charitable organisation, operating rescue helicopters throughout the Central North Island.
Philips Search and Rescue Trust relies on support from sponsors and community donations. This crucial financial support ensures the rescue helicopters can continue to bring life-saving equipment, rescue personnel, and trauma-trained medics directly to the patient.