Drone Flight Time Calculator – Battery, Payload & Video Tool

Drone Flight Time Calculator (Free Online Tool)

This free Drone Flight Time Calculator by Drone.Shiksha helps you estimate real-world flight time, payload impact and video recording duration for any drone. Just enter your battery, weight and video details to see instant results – no app, no login, no API and fully mobile-friendly.

Free Drone Tool · No API · Instant Results

Drone Flight Time & Payload Calculator

Estimate drone battery life, payload impact, and video storage – works with any drone worldwide.

🔋Flight Time Estimator

Enter battery & power details to estimate real-world flight time with a safety margin.

Ideal hover time (100% battery): -- min
Recommended safe flight time: -- min
Battery energy: -- Wh

We assume you use only 70–85% of battery capacity depending on flight profile. Always leave enough reserve for a safe landing.

📦Payload Impact Calculator

See how extra weight (camera, sensors, accessories) reduces your flight time.

Adjusted base flight time: -- min
Flight time with payload: -- min
Endurance loss: -- min (--%)

This assumes power demand scales roughly with total weight (simple but useful for planning).

🎥Drone Video Storage Calculator

Estimate maximum recording time based on resolution, bitrate and SD card size.

Max recording time on card: --
Approx. file size per minute: -- GB/min
Enough for planned flight? --

Calculations are approximate; actual storage usage depends on codec, scene detail, and compression.


What this Drone Flight Time Calculator can do


This tool is designed for drone pilots, filmmakers, hobby users and engineers who want to plan their flights with more confidence. Instead of guessing, you can use this calculator to see an approximate flight time, check how much a payload will reduce your endurance and find out how long you can record video on your memory card.


The calculator works completely in your browser using HTML, CSS and JavaScript. It does not use any APIs or paid services, so it loads fast and can be used worldwide on mobile or desktop.


1. How to use the Drone Flight Time Estimator


The first section is the Flight Time Estimator. It uses your battery capacity, voltage and average current draw to estimate the ideal hover time and a safer real-world flight time.


  • Battery Capacity (mAh): Enter the mAh value printed on your battery, for example 4500 mAh.
  • Battery Voltage (V): Enter the voltage, such as 11.1V for 3S or 14.8V for 4S.
  • Average Current Draw (A): Use the current for hover or normal flight. You can get this from your OSD, logs or manual tests.
  • Flight Style / Profile: Choose Calm / Normal / Sport to apply a safety margin and leave some battery in reserve.

The calculator will show:

  • Ideal hover time if you used 100% of the battery (not recommended in real life).
  • Recommended safe flight time with a buffer so that you can land comfortably.
  • Battery energy in Wh which is useful for regulations and safety planning.

Always remember that real flights are affected by wind, temperature, propeller condition and flying style. Use these numbers as a starting point and then compare them with your actual test flights.


2. How to use the Payload Impact Calculator


The second section is the Payload Impact Calculator. It helps you understand how much your flight time will drop when you add a camera, gimbal, sensor or any other payload.

  • Drone Weight Without Payload: Total flying weight including frame, motors, props and battery.
  • Added Payload (g): Extra gear such as action cameras, lenses or sensors.
  • Flight Time Without Payload (min): Your tested flight time or the value from the first calculator.
  • Real-World Factor: Choose calm conditions, typical mixed flying or windy conditions.

The tool then shows:

  • Adjusted base flight time for the chosen conditions.
  • Flight time with payload based on the new total weight.
  • Endurance loss in minutes and percent so you can decide if the payload is acceptable.

This is a simplified model, but it gives a quick idea of how much flight time you may lose by adding extra weight to your drone.


3. How to use the Drone Video Storage Calculator


The third section is the Drone Video Storage Calculator. It helps you estimate the maximum recording time on your SD card based on resolution, bitrate and card size.

  • Resolution & Quality: Choose a preset such as 1080p, 2.7K or 4K with typical bitrate values.
  • Bitrate (Mbps): Edit the bitrate if your drone uses a different profile.
  • Card Size (GB): Enter the usable capacity of your card (for example 119GB for a 128GB card).
  • Planned Flight Duration (min): Optional input to check if your card can store the whole mission.

The calculator shows:

  • Maximum recording time your card can store at the selected bitrate.
  • File size per minute in GB so you can estimate storage needs for bigger projects.
  • Yes/No indicator to show if your card is enough for the planned flight duration.

Actual storage use can vary with codec, scene detail and compression, but this is a practical estimate that helps you avoid full cards and lost shots.


Why Drone.Shiksha created this free drone calculator


Drone pilots often search online for a reliable drone flight time calculator, battery life calculator or drone video storage calculator. Most tools are limited to specific brands or hidden behind apps and logins. This tool from Drone.Shiksha is completely free, browser-based and works worldwide.

You can use it for:

  • Planning safe flights with enough battery margin.
  • Testing new payloads, cameras or accessories before going on set.
  • Estimating storage needs for 4K or 5K aerial video projects.
  • Educational and training purposes in drone courses or workshops.

Bookmark this page and use it whenever you prepare a new mission, change your battery setup or mount a new payload.

Frequently Asked Questions


1. Is this drone flight time calculator accurate?


The calculator uses simple physics and proportional weight models to give an estimate. Real flight time can change with wind, temperature, battery health, propellers and your flying style. Use the results as a planning guide and always test your drone in real conditions.


2. Can I use this tool for any drone brand?


Yes. This Drone Flight Time Calculator works with any brand or custom build as long as you know your battery capacity, voltage, average current draw and weight. It is not limited to a specific manufacturer.


3. Do I need to install an app or create an account?


No. The tool is built with pure HTML, CSS and JavaScript and runs directly in your browser. There is no login, no signup and no external API. Just open the page, enter your values and see the results instantly.


4. How can I improve the accuracy of my flight time estimate?


For better accuracy, measure your average current draw and flight time from real test flights and then adjust the inputs in the calculator. You can also tune the flight profile and real-world factor to match your personal flying style and local conditions.


5. Does the video storage calculator support 4K and 60fps?


Yes. The video section includes presets for 1080p, 2.7K and 4K at different frame rates and bitrates. You can also enter a custom bitrate value if your drone uses a different encoding profile.


6. Can I use this tool for professional drone work and paid shoots?


You can use this tool as a planning helper for professional flights, inspections and film shoots. However, it is still an estimate. Always leave a safety margin in your flight plan and follow local drone rules, regulations and best practices.


7. Does Drone.Shiksha store my data?


No. All calculations happen locally in your browser. The tool does not send your battery, weight or video information to any external server. You can refresh the page at any time to clear the values.

Learn here how to use this Tool: https://drone.shiksha/how-to-use-drone-flight-time-calculator/