Kevin Anderson

drones with follow me mode

Uncover the magic of drones with Follow Me mode, a captivating feature that allows these unmanned marvels to autonomously track your every move. Experience a hands-free approach to capturing mesmerizing aerial footage during activities like skiing, biking, or exploration. This comprehensive guide delves into the world of drones equipped with Follow Me capability, spotlighting popular models, dissecting reviews, and offering essential tips for optimal usage.

Drones with Follow Me Mode

1. DJI Mavic 3 Pro

The DJI Mavic 3 Pro is a top-tier drone boasting a powerful camera and intelligent flight modes, including Follow Me. With up to 46 minutes of flight time and a control range of 12 kilometers, it’s a stellar choice.

Review: The Verge scored it 9/10, hailing it as “the best consumer drone on the market.”

2. DJI Mini 3 Pro

The DJI Mini 3 Pro is a lightweight, portable option perfect for beginners. It features Follow Me mode with up to 34 minutes of flight time.

Review: DroneDJ gave it a 93% score, dubbing it “the best drone for most people.”

3. Skydio 2+

The Skydio 2+ is renowned for its advanced obstacle avoidance system and ability to track movements, even in erratic scenarios.

Review: The New York Times rated it 8/10, calling it “a truly autonomous drone that can follow you anywhere.”

4. Autel Evo 2 Pro

The Autel Evo 2 Pro is a powerful drone with a lengthy flight time and various intelligent flight modes, including Follow Me.

Review: Digital Trends gave it 4.5/5, praising it as “a great all-around drone for both beginners and experienced pilots.”

Additional Information on Drones with Follow Me Mode

DJI Mavic 3 Pro

The DJI Mavic 3 Pro offers various Follow Me modes, including the advanced ActiveTrack 5.0 and a unique “MasterShots” mode for cinematic videos.

DJI Mini 3 Pro

The DJI Mini 3 Pro features ActiveTrack 4.0 and introduces “FocusTrack,” allowing you to select a subject for precise tracking.

Skydio 2+

Skydio 2+ boasts a distinctive Follow Me mode named “CinemaFollow,” utilizing machine learning to predict movements accurately.

Autel Evo 2 Pro

The Autel Evo 2 Pro’s Follow Me mode, named “DynamicTrack 2.1,” can track from up to 30 meters away, even at speeds of up to 33 mph.

Different Types of Follow Me Modes

There are a variety of different Follow Me modes available on different drones, each with its own strengths and weaknesses. Here are a few of the most common types:

  • ActiveTrack: This mode uses a combination of GPS and visual tracking to keep the drone focused on you, even if you’re moving quickly or erratically. It is typically the most advanced and accurate Follow Me mode available, but it can also be the most battery-intensive.
  • CinemaFollow: This mode uses machine learning to predict your movements and keep you in the center of the frame, even if you’re moving erratically or behind obstacles. It is a good option for users who want to capture cinematic-looking footage, but it may not be as accurate as ActiveTrack in all situations.
  • DynamicTrack: This mode can track you from up to 30 meters away and can even keep up with you if you’re moving at speeds of up to 33 mph. It is a good option for users who want to capture action-packed footage, but it may not be as accurate as ActiveTrack or CinemaFollow in more complex environments.

Tips for Using Drones with Follow Me Mode Effectively

  • Fly in a safe and open area.
  • Be aware of surroundings; avoid flying near people or objects.
  • Maintain a safe distance between the drone and yourself.
  • Avoid flying in windy conditions.
  • Be prepared to take manual control if needed.

Best Drones with Follow Me Mode in 2023

Here’s a quick comparison table:

DroneMax Flight TimeMax Control RangeCamera ResolutionPriceFollow Me Mode
DJI Mavic 3 Pro46 minutes12 kilometers20MP$1649ActiveTrack 5.0
DJI Mini 3 Pro34 minutes12 kilometers20MP$799ActiveTrack 4.0
Skydio 2+40 minutes10 kilometers20MP$1499CinemaFollow
Autel Evo 2 Pro40 minutes10 kilometers20MP$1699DynamicTrack 2.1

Limitations of Drones with Follow Me Mode:

  • Follow Me mode may not perform well in complex environments or windy conditions.
  • It may drain the drone’s battery faster than other flight modes.
  • Awareness of surroundings is crucial to prevent flying near people or objects.


Follow Me mode opens up exciting possibilities for hands-free aerial footage. Considering factors like camera quality, flight time, control range, obstacle avoidance, and price when choosing a drone ensures you find the perfect companion for your adventures. With proper practice and creativity, Drones with Follow Me mode transforms your drone into a versatile tool for capturing unique and breathtaking moments and provide a completely different perspective to all.


What is Follow Me mode on a drone?

Follow Me mode is a feature on drones that enables them to autonomously track and follow a target, typically the drone operator, capturing footage or photos without manual control.

How does Follow Me mode work?

Follow Me mode typically utilizes GPS technology to track the user’s location. The drone then adjusts its position to stay close to the operator, providing a hands-free filming experience.

Are all drones equipped with Follow Me mode?

No, not all drones come with Follow Me mode. It’s a feature found in more advanced consumer drones, and its availability varies among different drone models.

Can Follow Me mode be used in any environment?

While Follow Me mode works well in open areas with a good GPS signal, it may face challenges in complex environments like dense forests or areas with tall buildings.

What factors should be considered when choosing a drone with Follow Me mode?

Factors to consider include camera quality, flight time, control range, obstacle avoidance, and price. These factors ensure that the chosen drone aligns with specific needs and preferences.

Is Follow Me mode safe to use

Follow Me mode can be safe when used responsibly. It’s crucial to fly in open areas, be aware of surroundings, keep the drone at a safe distance, avoid windy conditions, and be ready to take manual control if necessary.

Can Follow Me mode drain the drone’s battery quickly?

Yes, using Follow Me mode can lead to quicker battery drain compared to other flight modes. It’s advisable to monitor battery levels and plan flights accordingly.

stable diffusion

Venturing into the realm of mobile deployment for Stable Diffusion models requires overcoming challenges in computational and memory resources. In this article, we delve into deploying Stable Diffusion on mobile devices using the TensorFlow Lite framework. We address challenges, propose solutions, and guide you through deploying and optimizing Stable Diffusion on your mobile device.

Challenges in Mobile Deployment

The constraints of mobile devices pose hurdles in deploying large-scale diffusion models like Stable Diffusion. Optimizing performance across varying computational power and memory capacities is imperative.


Efficient deployment on mobile devices is made possible by harnessing Google’s TensorFlow Lite (TFLite) framework. TFLite’s compatibility with iOS and Android devices makes it an ideal choice for our implementation.

Numerically Stable Approximation

A hurdle in deploying diffusion models on mobile devices is the numerical instability of the approximated GELU operator. To combat this, we introduce a numerically stable approximation, preventing floating-point exceptions and preserving image quality.

Pipelined Execution for Memory Efficiency

Mobile devices with limited memory necessitate strategic loading of Stable Diffusion components. We propose a pipelined execution strategy, sequentially loading the denoising network, text encoder, and image decoder. This minimizes unnecessary memory occupation and enhances overall performance.

How to Deploy Stable Diffusion on Mobile Devices Using TensorFlow Lite

To deploy Stable Diffusion on mobile devices using TensorFlow Lite:

  1. Convert the Stable Diffusion model to a TensorFlow Lite model using the TensorFlow Lite Converter tool.
  2. Create a mobile app for inference, developed using frameworks like Android Studio or Xcode.

Optimizing the Performance of Stable Diffusion on Mobile Devices

Several techniques optimize Stable Diffusion’s performance on mobile devices:

  • Model pruning: Remove unnecessary parameters from the model.
  • Quantization: Reduce the precision of the model’s parameters.
  • TFLite optimizations: Leverage TensorFlow Lite’s optimizations for improved performance.

Evaluating the Performance of Stable Diffusion on Mobile Devices

Metrics for evaluating performance include:

  • Inference time: Measures the time to generate an image using the Stable Diffusion model.
  • Memory usage: Quantifies the amount of memory used by the Stable Diffusion model.
  • Image quality: Assesses the quality of images generated by the Stable Diffusion model.

Real-World Applications of Stable Diffusion on Mobile Devices

Stable Diffusion finds application in various real-world scenarios on mobile devices:

  • Image editing: Enables diverse image edits like object removal, addition, and style changes.
  • Photo filtering: Creates innovative and unique photo filters.
  • Augmented reality: Provides a foundation for realistic AR experiences.


Deploying large-scale diffusion models on mobile devices demands overcoming computational and memory challenges. Utilizing TensorFlow Lite, employing a stable GELU approximation, and implementing a pipelined execution strategy ensures efficient deployment of Stable Diffusion. These solutions facilitate high-quality image synthesis on mobile GPUs, making diffusion models accessible across a broad spectrum of mobile devices.Different mobile architectures come with unique characteristics, this involves optimizing for both iOS and Android, taking advantage of platform-specific features for enhanced performance.

Future Directions

Future research avenues can enhance the performance and efficiency of Stable Diffusion on mobile devices:

  1. Model pruning and quantization techniques: Tailored for diffusion models.
  2. Advanced pipelined execution strategies: Further reducing memory usage and improving inference time.

Research can also explore new applications for Stable Diffusion on mobile devices, ranging from image editing tools and creative photo filters to educational apps and innovative games. As Stable Diffusion evolves, we anticipate an influx of groundbreaking applications leveraging this powerful technology on mobile devices. While Stable Diffusion excels in image synthesis, its potential extends far beyond.

Exploring applications in fields like healthcare, where Stable Diffusion can be used for medical image enhancement, or in automotive industries for enhancing vision systems in mobile applications, can lead to various on devices usage, that will further help in making mobile devices truly a personal assistant.

Samsung Galaxy Watch Model

Which Samsung Galaxy watch model, do you have? In the world of smartwatches, where innovation meets elegance, Samsung Galaxy watch models stand out as paragons of sleek design and cutting-edge features. These wrist-bound marvels not only adorn your wrist with style but also pack a punch of advanced technology. If you’ve found yourself pondering the specific model of your Samsung Galaxy watch, you’ve landed in the right space. Join us as we embark on a journey to unravel the mystery of your wrist companion and delve into the various methods for identifying your Samsung Galaxy watch model. Let’s transform this curiosity into knowledge and elevate your smartwatch experience to new heights.

Table of Contents:

  1. Check the Device
  2. Check Documentation
  3. Use Samsung Wearable App
  4. Online Resources
  5. Frequently Asked Questions (FAQ)

Check the Device

Settings Menu

On your Samsung Galaxy watch, delve into the “Settings” menu. Look for options like “About,” “Information,” or “Device Info.” Within this section, you should discover details about the model number and other essential specifications.

Watch Back

Flip your watch over to inspect the back cover. The model information is often engraved or printed on the back. Keep an eye out for a series of letters and numbers that uniquely identify your watch model.

Check Documentation of Galaxy Watch

If you have the original documentation or packaging for your Samsung Galaxy watch, you’re in luck. Look for the user manual or any documents that came with the watch. The model information is typically highlighted in these materials.

Use Samsung Wearable App

If your Samsung Galaxy watch is paired with a smartphone using the Samsung Wearable app, identifying the model is a breeze.

  1. Open the Samsung Wearable app.
  2. Navigate to the “Settings” or “About” section.
  3. Find comprehensive details about your watch model and specifications.

Online Resources

If all else fails, turn to online resources:

Samsung Support Website

Visit the official Samsung support website and look for a section related to wearables or smartwatches. Utilize any serial numbers or distinctive features to identify your watch model.

Contact Samsung Support

If you’re still uncertain, reaching out to Samsung customer support is a viable option. Provide them with any available details about your watch, and they can assist you in identifying the model.

Frequently Asked Questions (FAQ)

Q1: Where Can I Find Information About My Samsung Galaxy Watch Model?

A: You can find information about your Samsung Galaxy watch model in the “Settings” menu on the device, on the back cover, in the original documentation, through the Samsung Wearable app, or by visiting the Samsung support website.

Q2: Can I Identify My Watch Model Through the Samsung Wearable App?

A: Yes, the Samsung Wearable app provides detailed information about your watch, including the model number and specifications. Navigate to the “Settings” or “About” section within the app.

Q3: Is the Model Number on the Watch Back Always Visible?

A: In most cases, the model number is either engraved or printed on the back cover of the watch. However, depending on the specific design, it may be more discreet.


Discovering the model of your Samsung Galaxy watch models add, a personalized touch to your wearable journey. Armed with the knowledge of identification methods, from navigating settings to using the Samsung Wearable app, you can now confidently unlock the full potential of your smartwatch. Embrace the unique features that make your Samsung Galaxy watch truly yours. Whether you’re enjoying the convenience of wearable technology or marveling at its sleek design, your understanding of the model enhances your overall experience. Embrace your device, explore its capabilities, and let your Samsung Galaxy watch become not just a timekeeping companion, but a personalized, indispensable part of your daily life.