Zipline Unveils Next-Gen Delivery Drone: A Tiny Pod on a Tether Instead of Landing

Zipline unveiled Platform 2 today, a new delivery system in which a drone hovers at roughly 300 feet and releases a tiny autonomous pod called a droid, which descends on a thin tether and gently sets the package down on the ground. Each drone in the system can carry a payload of 6 to 8 pounds within a service radius of about 10 miles, completing such a delivery in roughly 10 minutes.

No more parachute drops: the little pod that rides down a tether

Instead of the familiar approach of a full landing or a parachute drop, Zipline opted for a more complex mechanical solution. The drone itself stays high in the air, while only a small, separate pod, which the company calls a droid, descends from it on a thin tether. The tiny pod has its own small propellers that let it stabilize itself and steer its landing precisely onto the target, whether that's a porch, a garden table or a doorstep.

The idea aims to solve a problem that has dogged the drone delivery industry for years: how to bring a package down safely and accurately into a confined space, without endangering people or property below, and without forcing the drone itself to descend to a lower, riskier altitude.

Quiet as rustling leaves: the fight against neighborhood noise

Zipline notes that the main goal in development wasn't just precision, but also noise. The company's engineering team focused on cutting noise down to a level closer to leaves rustling in the wind than to the engine noise of a car passing on the street. This isn't just acoustic cosmetics: it's essentially the prerequisite for any ambitious plan to deliver by drone in residential neighborhoods. Without solving the noise problem, it's hard to imagine residents welcoming dozens of flights a day over their rooftops.

The numbers behind the system

Zipline released several technical figures on Platform 2's capabilities, positioning it as an answer for fast deliveries over short to medium distances within residential areas.

• Hover altitude: about 300 feet
• Service radius per drone: about 10 miles
• Maximum payload: 6 to 8 pounds
• Delivery time over 10 miles: about 10 minutes
• Estimated speed advantage over car delivery: 7x

Thousands of test flights before reaching customers

Before the system reaches its first customers, Zipline is planning an extensive round of testing. The company announced a plan that will include more than 10,000 test flights, carried out using around 100 different aircraft. That scale hints at just how far the system still is from full commercial rollout, and raises reasonable questions about the timeline for regulatory approvals and day-to-day operation over dense residential areas.

Zipline has already built up significant operational experience with medical deliveries in Africa, but moving beyond that into everyday consumer deliveries in residential neighborhoods in developed countries is an entirely different challenge, one that involves air traffic density, privacy and ambient noise. Exactly how the company will handle regulators like the FAA when it comes to routine flights over private homes remains an open question.