PepsiCo’s Mountain Dew has always had a strong presence in sports-related advertising. It’s a brand that targets sports and athletes that represent a certain lifestyle and attitude. It’s a brand synonymous with the extreme.
Now, however, Mountain Dew is pushing past established sports, instead boldly embracing the rising sport of drone racing with the announcement that it will sponsor a one-hour racing special this August. Called the “DR1 Invitational,” this special will air on the Discovery Channel and Science Channel, and will showcase 12 of the world’s best drone racing pilots (with Mountain Dew specifically sponsoring Tommy “UmmaGawd” Tibajia).
The following article is written by Thomas Foster who is an owner of website bestquadwithcamera.com and a quadcopter enthusiast.
So you have a drone, and now you want to make better pictures? Here are 6 tips to get started:
•Choose the right time: The landscape can change dramatically over the year, and even through a day. Try shooting the same spot at different times to see the differences, or if there’s one specific shot you want, pay attention to where the sun will be to avoid unwanted shadows.
Some photographers swear by shooting at “The Golden Hour,” which is generally the first hour of light after sunrise, and the last hour of light before sunset. The sun is low in the sky, producing a diffused soft light that provides the opposite effect to harsh midday sun shadows.
ISO: indicates the level of sensitivity of your camera to light. A low ISO number (ie. 100 or 200) indicates low sensitivity to available light. Photographers on a bright, sunny day would want a low ISO. A high ISO number indicates high sensitivity to light, which you would want if you were shooting indoors or at night. The higher the ISO, the more grain you will see in your images.
Shutter Speed: This is the amount of time a camera shutter is open to allow light into the sensor. Slow shutter speeds allow more light in and are ideal for shooting at night, but could also cause more blur. High shutter speeds allow less time for light to enter the sensor, meaning your picture could turn out darker. The photo above has a relatively slow shutter speed to show the motion of the cars. Continue reading 6 tips for better aerial photography with a drone→
The 90-minute video and text-based course is geared towards brand new and beginner pilots who want to break into the industry and hone their flight skills.
“I built this online drone course to train new pilots how to fly safely and more confidently, and how to make money in the drone industry,” said creator Alan Perlman said.
The training course comes in light of news that the FAA will likely require all drones weighing more than a half a pound to be registered. The registration would take place through apps or Web sites, and could require some educational component.
ETH Zurich’s Institute for Dynamic Systems and Control in Zurich, Switzerland is using drones to build walkable rope bridges. Referred to as “flying construction robots,” the drones assist designers with constructing walking bridges that can support the weight of an average-sized adult, according to ETH Zurich.
We’ve all seen or read comparisons of drones like the Phantom 3 vs Phantom 2, arguments for GoPros vs built-in cameras, or the trending uses for drones such as wedding photography. While it’s all very much relevant, environmental uses for drones are becoming more prominent; specifically in farming.
Drones have become more specific to agriculture, coming with various types of sensors for temperature, plant surveillance, even water quality assessments.
The development for these types of drones have advanced, coming out with precision drones specifically for farming. Like their DJI counterparts, these drones will be able to be equipped with different cameras for different sensors.
The idea behind having advanced sensors is that it will give farmers the ability to increase productivity and reduce crop damage. Drones have the ability to see what farmers can’t, and they can do work at a faster rate. It also gives farmers the ability to be specific and pinpoint problems instead of having to treat the entire crop.
However recent updates will have sensors built into the drones themselves. Agricultural specific drones will also have sensors to track and keep stats on livestock, much like the drones being used to help track wildlife and prevent poaching.
Commercial uses for drones in gathering information are still against the rules and regulations, unless you apply for exemptions, and even then the exemptions come with heavy guidelines. Basically, use of these types of drones is no longer ‘illegal’, but gaining an exemption is a hefty process. Unfortunately, this leaves farmers little options for using drones unless they’re approved. It’s asking our agricultural workers to put progress on hold and stay in the past.
Where do you see the future of drones in agriculture and farming going? What are your thoughts on the FAA’s stance on these drones? And how do you think it could improve?
It’s small. It’s lightweight. It’s capable of powering the unmanned flying object for a decent amount of time. Getting ready to purchase your first drone (or upgrade to a new one)? Here are 5 tips for maximizing battery life.
● Choose the biggest battery possible that won’t weigh the drone down.
● Experiment with propeller size–if you aren’t attaching a camera, a smaller propeller is best.
● Charge the battery in the hours before you use the drone. Charging the battery days before causes rechargeable batteries to lose power.
● Avoid flying your drone in excessively windy or rainy conditions, as they cause the drone to work harder and therefore drain the battery.