DJI Zenmuse H20T is an incredible payload from the H20 series, and is popularly known for its thermal capabilities. First, let’s get the basics right. The ‘H’ stands for its ‘Hybrid’ nature, ’20’ denotes its 20MP zoom camera and ‘T’ stands for Thermal camera. Well, H20T isn’t just that; what if I say it incorporates the capacities of DJI’s best industrial drone platforms? Let’s explore more about the DJI Zenmuse H20T.
Let’s talk about DJI’s Zenmuse H20 Series – DJI’s first hybrid sensor solution. The payloads in the H20 series (DJI Zenmuse H20N and DJI Zenmuse H20T) share multiple similarities but have certain variations too. And the significant difference between them lies in the slight change in the labelling at the end – T or N. T for ‘Thermal’ and N for ‘Night Vision’; this is where the major difference lies, both cost-wise and function-wise. Pricing-wise, the H20N is a bit costlier than its thermal counterpart. Even though these payloads are meant for specific industrial needs, you might have this natural tendency to compare them. ‘What’s the best?’ is a question we can’t help. Don’t worry; this article is for you. Let’s explore DJI Zenmuse H20N v/s H20T; here, we will discuss about the headline innovations, similarities and differences of these incredible payloads in the H20 series.
Drones make operations Safer, Efficient, Accurate, Quick, and way more Cost-effective compared to traditional practices. Drones are becoming increasingly popular in Surveying and Mapping, and this adoption can only be attributed to the huge array of benefits that come along with it. Drones allow you to conduct operations with a fraction of the workforce while improving efficiency and accuracy; moreover, drone-powered surveys and mapping are 75%-80% quicker than terrestrial measurement while giving you high precision and improved safety. For surveying and mapping professionals, LiDAR and Photogrammetry data-capturing techniques have been a part of the process. Now the only question that is troubling almost everyone – from amateurs to experienced drone professionals is – ‘Which one is better – Lidar or Photogrammetry?’ and naturally, the next question is – ‘DJI Zenmuse L1 or DJI Zenmuse P1? So let’s get into this dilemma.
The Telecom industry is an ever-evolving space, and so are the challenges associated with its operations and growth – managing vast, complex and remote infrastructures located in hard-to-reach and dangerous terrain is a real challenge. Amid these obstacles, telecoms need to keep their equipment sound and safe while also ensuring the safety of their inspectors. Wondering “how to effectively tackle these challenges”? Let’s find out how drones address these challenges to make the inspection process safer, faster and more effective. Likewise, this article discusses why DJI M3OO RTK is particularly the best player in Telecom Inspections.
Let’s talk payloads – Drone professional’s favourite photogrammetry tool, the DJI Zenmuse P1.
Did you know that P1 is DJI’s largest image sensor with the highest resolution? The Phantom 4 RTK – the closest competitor, has a 20MP sensor, which is 7.5 times smaller than the DJI Zemuse P1. There are a lot of exciting features to explore on P1, including its full-frame sensor, interchangeable lenses, the Smart Oblique Capture function and more. We hope this article will guide you to make better-informed decisions.
We present you this article owing to the fact that we live in a DIY Era and there is NO better alternative to powerline inspection than a drone powerline inspection! So, how would a typical drone-based powerline inspection looks like? Let’s find out.
For a multitude of reasons, DJI’s first Livox LiDAR payload — the Zenmuse L1, is gaining a lot of traction among drone professionals. First of all, the DJI Zenmuse L1 incorporates the powers of both laser and visible light; this payload can simultaneously capture both LiDAR and Photogrammetry data. L1 is well known for capturing ‘accuracy’ by integrating a Livox LiDAR module, a high-accuracy IMU, a survey-grade camera, and additionally, it comes with a 3-axis stabilized gimbal. Well, not just that, there is a lot more to explore on this unparalleled player in the Drone-based solutions!
Drones seem to be everywhere— inspecting telecom towers, surveying land, assessing power lines, inspecting solar power plants, and more. But, why are drones so prevalent? The answer would be ‘why should we compromise our Time, Money, and Energy, on less accurate and inefficient data when there is an unparalleled alternative that does the job way better?’ Yes, it is as simple as that!
While integrating a new system into current workflows may seem like a headache right now, the benefits quickly make up the difference and then some more. For example, the traditional inspection methods are time-consuming, expensive, and out-of-date. Read more on the downsides of traditional powerline inspections here. In this article, we’ll be exploring the Drone Powerline Inspections – why drones are the superior choice.
There is no doubt that DJI’s Matrice 300 RTK has set a new standard for the commercial drone industry. With its array of purposeful and powerful features combined with a robust build, you’d be hard-pressed to find better. However, this isn’t an article where we discuss the features of the M300 RTK — there are plenty of those already; in this article, we will be discussing why the pilots at FEDS-drone Powered Solutions love working with this powerful drone system.