Disaster Management: Every single passing second feels like an eternity… Every split second could mean ‘Life or Death’ situation… Moreover, in disaster situations, first responders often bear the same life-threatening risks as the victims themselves; There is a need to save the lives of people caught in the heat of the disaster while also ensuring the safety of people involved in the rescue mission. We need an easy, affordable, quick, efficient and effective solution to aid disaster management, or simply put, we need DRONES!
Have you ever felt a significant void in the construction sector? A report published by AutoDesk & FMI reported that insufficient project data and miscommunication are the cause of 52% of reworks on construction sites. These reworks translate to severe delays in the process, higher cost, labour, and significantly more. Apparently, comprehensive real-time monitoring is the need of the hour, and right now, drone-powered solutions are the only way to achieve this. Drone solutions can help us in every single step in the construction process – be it mapping the construction plot, construction progress monitoring, asset inspection and more. As per Allied Market Research, the construction drone market is expected to reach nearly $12 billion by 2027. Wondering why? The PwC report states that implementing drones in your construction efforts makes a crucial difference in managing costs, controlling risks, increasing safety and influencing outcomes.
Meet the all-new DJI Zenmuse U10, a gas detection payload that uses a Tunable Diode Laser Absorption Spectroscopy (TDLAS) technology to detect methane gas up to 100 m away. U10 is a culmination of robust visual and laser gas-detection sensors that allow businesses to be cost-effective by resolving multiple jobs simultaneously. Intrigued? Let us learn more about this invaluable addition to your Oil and Gas operations. As this article progresses, we’ll learn how the U10 helps us to perform inspections Safer, Faster, more Efficient, and way more Cost-effective.
A searing flame rising out of a towering structure is one of the most popular imagery connected with oil and gas activities; just look at our thumbnail picture. If you are a professional from the Oil and Gas sector, you would know that it’s a Flare Stack and how crucial it is. Routine flare stack inspections followed by proper maintenance are the ONLY way to ensure your Flare Stacks’ integrity. However, it should be underlined that we cannot use the hazardous, time-consuming, and labor-intensive typical inspection procedures to determine the compatibility of such essential infrastructures. Let’s dig further; here’s an article about the Importance of Flare Stacks in Oil and Gas Operations, and most importantly, advantages of Drone-powered solutions for your Flare Stack Inspections.
The Global Market for drones in the Oil and Gas sector is expected to reach 16.72 billion USD by 2025, with a Compound Annual Growth Rate of 35.24% from 2019. Almost all the major players in the Oil and Gas sectors have completely migrated to drone-powered solutions. For instance, BP, one of the world’s seven oil and gas “supermajors”, is one of the early adopters of drones in their operations. Drones for Oil and Gas sector is a game changer; they make your operations Safer, Faster, Cost-effective and way more Efficient. Are you worried about the pain points in your Oil and Gas operations? Well, DJI manufactures “solutions” rather than products. This article talks about how DJI drones empower you with the right solution against each pain point in your Oil and Gas operations. Hopefully, you’ll get to know it better as the article progresses.
“Drones are one of the busiest assets in our organisation,” says Steve Mclinden, Group Manager, Mid and West Wales Fire and Rescue Services. A market survey reveals that DJI dominates the public safety sector, maintaining more than 90% of the market share. DJI is known to be the first responder to people’s needs. In the first-ever DJI product launch in the Middle East, Jony Ji, DJI Enterprise Sales Manager for the Middle East region, reiterated how DJI enterprise drones are designed upon the invaluable inputs from drone experts and enthusiasts.
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.
Low-light scenarios usually spell disaster for camera sensors. But thanks to the all-new DJI Zenmuse H2ON – the latest addition to DJI’s first hybrid sensor solution. H20N is a payload exclusive for night missions, equipped with double-efficient starlight sensors. We can’t wait to see how M300 users are going to leverage this tool in their public safety and security applications. Let’s get to know H20N better.
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.