In 2016, a Domino’s store in New Zealand marked a milestone in commercial aviation history by completing the world’s first pizza delivery via drone. The aircraft, developed by Flirtey—now operating under the name SkyDrop—carried a hot pizza from store to customer, demonstrating a vision for rapid aerial logistics in urban environments. That pioneering drone now resides in a museum in Auckland, but the companies behind the achievement have continued refining the concept.
Domino’s has renewed its collaboration with SkyDrop to initiate the second stage of their commercial drone delivery program in New Zealand. Trials are scheduled to begin later this year, with both partners emphasizing the potential for aerial delivery to complement existing ground-based systems. The partnership builds on years of technical and operational progress since the initial demonstration.
SkyDrop has focused on enhancing the performance and safety of its delivery drones. Payload capacity has been increased to 3.5 kilograms, enabling transport of larger or multiple items per flight. Precision delivery capabilities have been improved, with the aircraft now able to lower packages from altitudes of up to 60 meters. A parachute system has been integrated to mitigate risks in case of in-flight malfunctions, aligning with evolving safety standards. The company has expanded its production facilities in the United States while pursuing FAA certification, and in New Zealand it has secured a Part 102 Unmanned Aircraft Operator Certificate along with detailed Operations Specifications from the Civil Aviation Authority.
Domino’s has explored multiple autonomous delivery modalities, including ground robots tested in Houston. Despite advances in terrestrial automation, the company maintains that aerial delivery offers unique advantages. Domino’s Group CEO and managing director Don Meij stated, “We invested in this partnership and technology because we believe drone delivery will be an essential component of our pizza deliveries in the future. This innovation means customers can experience cutting-edge technology and the convenience of having the freshest, hottest pizza delivered by drone from their local Domino’s store to their door.”
SkyDrop’s leadership views the renewed trials as an opportunity to position New Zealand at the forefront of global drone delivery. Founder and CEO Matthew Sweeny remarked, “We’re excited to work with local stakeholders in New Zealand, who have the opportunity to be at the forefront of the drone delivery industry globally. We look forward to expanding our leadership in drone delivery focused on the trillion-dollar store-to-door food delivery market.”
The technical challenges in scaling drone delivery are considerable. Beyond payload and precision improvements, systems must contend with variable weather, urban airspace constraints, and regulatory compliance. SkyDrop’s integration of a parachute system reflects a broader industry trend toward redundant safety measures, a practice encouraged by aviation authorities to protect people and property on the ground.
New Zealand’s regulatory environment has historically been receptive to controlled commercial drone trials, offering a framework under Part 102 that allows operators to propose and implement risk mitigation strategies. This flexibility has made the country a favored location for early-stage aerial delivery experiments, attracting companies seeking to validate technology before wider deployment.
From an engineering perspective, the payload increase to 3.5 kilograms is significant. It allows for more diverse cargo profiles and reduces the number of flights needed for multi-item orders. Coupled with precision drop capabilities, it supports deliveries in varied environments without requiring the drone to land, minimizing interaction with obstacles and people.
The renewed Domino’s–SkyDrop initiative signals a continued push toward integrating unmanned aerial systems into everyday consumer logistics. For aerospace engineers and robotics specialists, the trials will provide valuable data on operational efficiency, safety protocols, and customer acceptance of aerial delivery in a real-world setting.