4S1P 16Ah
A lightweight, plug-and-play battery that extends flight time for small quadcopters and multirotor drones.
- Weight
- 573 grams
- Dimensions
- 145 x 50 x 40 mm
- Density
- 424 Wh/kg
- Discharge
- 3C Peak, 1C Cont.
Every Tulip battery is built to get more out of the vehicle it powers. We select the right cell from an extensive range qualified across 50+ global suppliers.
Then we engineer the pack around your platform, your mission, and your procurement requirements.
Start a conversation with our technical sales team and we’ll map out the right pack for your platform.
Our most popular packs, with industry-leading energy density up to 424 Wh/kg. Every configuration runs the newest lithium-ion chemistry we’ve qualified, built with aerospace-grade lightweight materials.
Four fixed sizes, ready to plug and play.
A lightweight, plug-and-play battery that extends flight time for small quadcopters and multirotor drones.
A proven, mass-produced battery giving multirotor and fixed-wing drones longer flight time in a dependable format.
A compact, high-capacity battery for multirotor, large FPV and fixed-wing drones built for long-range missions.
A high-capacity battery for medium and large multirotor drones, built for longer flights without sacrificing payload.
We make more configurations than the ones shown here, across more than 250 customers. Tell us about your platform and we'll find or build the closest fit.
The same high-density performance, designed to fit your platform.
Your battery competes for space with payloads, optics, sensors, and everything else you need on board. With a team of experts by your side, we start at the cell and work outward, matching the chemistry to how your platform draws power and building the pack to the shape of your vehicle.
The result is high-density engineering: a pack that fits down to the last millimeter, allowing your platform to go further than ever before.
A battery that manages itself is one less system you have to engineer.
Any of our packs can include an integrated battery management system that flags problems before they arise. It regulates charging and discharging, keeps every cell balanced, and also reports state of charge and cell health to your platform in real time.
In other words: you always know what your battery is doing, so every mission runs on real data.
From cell selection to volume production, every step is measured against your platform, so it performs at the top of what it was built for.
First we model how your pack will perform, mechanically and electrically.
Designing for manufacturing at the same time keeps the production version moving in parallel, so the pack you approve is the one we build.
Your pack should run reliably, every time.
We run fast iterations to reach the highest-performing, lowest-weight build your platform can carry. Then we build a prototype and send it to you.
We test the battery itself, and you test it too.
Every battery goes through extensive laboratory and field evaluation before it reaches you, so it performs safely and predictably on your platform.
Once proven, scaling happens fast, because the production design was prepared alongside your prototype.
Your pack is refined for manufacturing, certified to UN38.3, sourced to NDAA requirements, and produced at volume.
