DTN APAC delivers a proven aviation weather briefing system, developed in collaboration with the industry, to keep your enterprise performing at peak efficiency.
We meticulously tailor actionable weather intelligence to suit the scope of your company’s work, on the ground and in the air. Accurate and comprehensive international data informs your daily decisions on safety, fuel loads and staffing.
Working alongside our global network of partners and suppliers we collate the data to give you full situational awareness of both en route and port specific conditions. DTN APAC is accredited and adheres to standards for aviation meteorology set by the World Meteorological Organisation (WMO) and the International Civil Aviation Organisation (ICAO). Registered with the ICAO and providing safety critical OPTMET data with permission from Air Services Australia, our aviation services meet the industry’s stringent requirements.
This is weather intelligence delivered in an easy to visualise format. No matter what the weather has in store, we give you clear foresight to make informed decisions.
Your integral aviation data including forecast, TAFs, METAR, SIGMETs, OPMET, NWPs, wind and port minima, is delivered to any device via your customisable interface. Our WxBrief app delivers flight-specific, in-cockpit solutions to aircrew, significantly improving tactical decision-making. Complex data is easy to visualise, giving you full situational awareness and actionable insight – covering any flight and any port.
Nowcasting through to a 15-day outlook and severe weather alerting enables you to manage critical activity windows, maximizing operation time.
With the most in-depth and accurate weather insights, you can make assured fuel and personnel decisions for every flight.
Our aviation services were developed in close consultation with our partners in the industry, ensuring tailored and innovative solutions that transform with your needs.
We collaborate with you to address your needs with cutting-edge advancements in science and technology.
If you have a complex weather problem affecting your aviation operations, we will work tirelessly to create the antidote.
Total Lightning Network and Stormtracker systems provide unparalleled storm location accuracy, showing both intra-cloud (IC) and cloud-to-ground (CG) strikes. These systems automatically issue alerts based on real-time detection within defined thresholds. This allows port operation managers to make quick, confident weather risk decisions and inform staff of procedural action.
Utilising Total Lightning Network and Opticast system, and integrated data from world partners, you are in the best possible hands to ensure your operations are being driven by the most precise aviation data available.
A developing tropical low to the north of WA’s Kimberley coast may become a tropical cyclone later this week, although this time its unlikely to directly hit the mining hubs and ports in the Pilbara and Kimberley. The animation below shows the sun rising over a tropical low located in the Timor Sea to the […]
Cool, dry air replaced uncomfortable heat and humidity on the weekend, causing parts of the NEM to see the lowest summer demand on record. After a prolonged period of heat and humidity caused by a blocking high pressure system in the Tasman Sea, a strong cold front with a polar airmass finally swept across southeastern […]
Destructive winds, the heaviest rain in decades forced major port, rail, and mining operations to shut down in the Pilbara, though many have resumed despite ongoing major flooding and highway closures. Severe Tropical Cyclone Zelia made landfall as a category four system near the De Grey River mouth last Friday afternoon. Despite Port Hedland missing […]
Severe Tropical Cyclone Zelia is intensifying rapidly to the north of Western Australia and is expected to make landfall as a destructive category 5 system on Friday, impacting mining, port and offshore oil and gas operations in the region. While Zelia only became a tropical cyclone on Wednesday morning, the system has intensified rapidly over […]
