Skydio X10 Batteries: Capacity, Flight Time, How Many You Need, and How to Charge Them in the Field (2026)

If you run a police or sheriff UAS program on the Skydio X10, the battery count decides how much of a shift your aircraft spend in the air. Here is what Skydio publishes, how to turn it into a planning number, and how many packs a program needs.

What the Skydio X10 battery is

Everything in this section comes from Skydio's technical specifications page (skydio.com/x10/technical-specs), which lists two revisions of the flight battery, both rechargeable lithium ion polymer.

Flight performance on the same page: Max Flight Time 40 minutes, Max Hover Time 35 minutes. Skydio's X10 FAQ adds the qualifier that matters for planning: "Up to 40 minutes depending on payload and environmental conditions. Flight time can be affected by temperature, wind, and mission type." (skydio.com/x10/faqs)

Flight time versus real mission time

Forty minutes is the ceiling. Your planning number is what a battery gives you on a real call, and it is shorter. Four things take minutes off the top.

• Reserve. Most agency SOPs bring the aircraft home with 20 to 25% remaining. That alone removes 8 to 10 minutes from a 40-minute pack.
• Wind. Holding position or transiting into wind costs power. Skydio names wind as a factor without publishing a curve.
• Temperature. Cold reduces available capacity, and a pack has to be within Skydio's charging range (5°C to 45°C) before it will charge.
• Payload and thermal use. Skydio lists payload as a flight-time factor. A heavier configuration flies for less time.

Most public-safety programs land on a planning figure between 25 and 30 minutes of useful flight per battery. Use 25 unless your logs show better; everything below does.

How many batteries a program needs

Three worked examples; swap in your own numbers.

Example 1: a one-aircraft patrol unit

One Skydio X10 rides in a patrol SUV and averages about 2 hours of flight across a 10-hour shift.

• 120 minutes divided by 25 minutes per battery = 4.8, so 5 battery cycles per shift.
• No charging in the vehicle: 5 charged batteries plus one spare, 6 batteries, charged at the station between shifts.
• PRCS in the vehicle: one battery flies while the rest sit on the charger, and a set of four comes back to 90% in about 60 minutes. 4 batteries covers the average shift with no hard ceiling on a long search; 6 gives margin.

Example 2: a four-aircraft DFR pilot

Two aircraft live at docks and answer DFR calls. Two are carried in response vehicles for events, SWAT callouts and searches.

• Docked aircraft: charged at the docks, not part of the vehicle count.
• Two carried aircraft at 4 batteries each: 8 batteries for the vehicles.
• The hard case: a six-hour search with one aircraft overhead continuously is 360 minutes divided by 25, about 15 cycles. Eight batteries cover about 200 minutes of it.
• One PRCS in the response vehicle on the inverter returns four batteries per hour, up to 24 cycles over six hours.

Example 3: a multi-district fleet

Twelve aircraft across three districts: four at docks, eight carried in vehicles.

• Docked aircraft: charged at the docks.
• Carried aircraft: 8 x 4 = 32 batteries, plus about 10% rotation spares for packs pulled for maintenance cycles, 35 to 36 total.
• Vehicle charging: one PRCS per district response vehicle, 3 units. Multi-unit and agency pricing on request.

Rule of thumb: four batteries per carried aircraft, plus a PRCS in any vehicle that expects to work a scene for more than a couple of hours.

Where to buy Skydio X10 batteries

Skydio X10 batteries are sold by Skydio and its authorized dealers. Skydio does not list a public battery price on the pages we reviewed, so contact Skydio or your Skydio dealer for pricing and availability.

Global Drone HQ does not sell Skydio batteries. We are an authorized Colorado Drone Chargers dealer and sell the charger that turns those batteries around in a vehicle.

Charging options in the field

A Skydio program charges batteries in three places.

1. The dock. The Skydio Dock for X10 launches, lands and charges the aircraft that lives in it.
2. The station. Skydio's charging gear stays on wall power at the station and turns batteries over between shifts.
3. The vehicle. This is the gap for aircraft carried to calls. The batteries that leave the station with the aircraft are all that aircraft has until someone drives back.

The Colorado Drone Chargers Skydio X10 PRCS is built for the third place. It fills the vehicle gap and does not replace anything at the dock or the station.

• Charges four batteries for Skydio X10 at the same time, plus four USB accessories
• About 60 minutes (20% to 90%); three charge modes, 30%, 90% or 100%
• OMNI FLUX power management board balances all four channels
• Pure or modified sine wave power: vehicle inverters, generators, portable power stations; 88 to 264 VAC, 750W max
• Hard case, 17.2 x 13.7 x 6.5 in, about 16 lb
• Built to order in Colorado Springs, 4 to 6 week lead time, lifetime warranty, $1,695; multi-unit and agency pricing on request

Power sizing in one line: a 1,000W continuous inverter or a 2,000W-class inverter generator runs it comfortably; a portable power station needs at least 1,000W AC output and about 0.75 kWh per four-battery cycle. Full breakdown and shift arithmetic: Colorado Drone Chargers for Skydio: X10 & X2 Public Safety Fleets.

Battery care basics

The figures below are from Skydio's technical specifications page. Follow Skydio's current care guidance for storage charge level and maintenance cycles.

• Temperature. Charge between 5°C and 45°C. Store between -20°C and +45°C for under three months, and at 25 ±3°C for longer. Do not leave packs in a hot vehicle all day.
• Transport. The PRCS 30% mode brings packs down to a transport charge level before they go into cases.
• Rotation. Number the packs and rotate them so cycle counts stay even; retire one when your logs show it falling well short of the others.
• Cold. Cold reduces available capacity and a pack must be inside the charging range before it will charge, so keep spares in the cab rather than the cargo area in winter.

FAQ

How long does a Skydio X10 battery last?

Skydio publishes a maximum flight time of 40 minutes and a maximum hover time of 35 minutes, depending on payload and environmental conditions. Plan on 25 to 30 minutes of useful flight per battery.

What is the capacity of the Skydio X10 battery?

Skydio lists two revisions: Rev 1 at 8419 mAh / 156.17 Wh (18.55 V) and Rev 2 at 8800 mAh / 154 Wh (17.5 V). Both are rechargeable lithium ion polymer.

How much does a Skydio X10 battery cost?

Skydio does not publish a retail battery price. Contact Skydio or an authorized Skydio dealer for current pricing. Global Drone HQ does not sell Skydio batteries.

How many batteries do I need for a Skydio X10?

For an aircraft carried in a vehicle, plan four batteries per aircraft as a baseline, six if there is no charging in the vehicle and shifts run long. Aircraft that live at a dock are charged there. Add a PRCS in the vehicle if the aircraft will work extended scenes.

How should I store Skydio X10 batteries?

Skydio's specs allow -20°C to +45°C for under three months and 25 ±3°C for longer storage. Keep packs out of hot vehicles and follow Skydio's current guidance on storage charge level.

How do you charge Skydio X10 batteries without wall power?

Use a Colorado Drone Chargers Skydio X10 PRCS from a vehicle inverter, generator or portable power station. It charges four batteries for Skydio X10 in about 60 minutes (20% to 90%) on pure or modified sine wave power.

Related guides

• Colorado Drone Chargers for Skydio: X10 & X2 Public Safety Fleets
• Colorado Drone Chargers: the complete PRCS guide
• Drone battery management for public safety teams
• Can you charge drone batteries from a generator or inverter?
• How long does it take to charge a drone battery?

Skydio is a trademark of Skydio, Inc. Global Drone HQ is not affiliated with Skydio.