The Pursuit Jam Session Doors 7PM Show 8PM Doors 7PM Show 7:30PM Doors 11PM Show 12AM AERA presents: Pleasure Paradise Doors 7:30PM Show 8:30PM CEG Presents: Primrose Drive + Special Guests Brasil Loves Colombia Party Doors 10:30pm Show 11:30pm Doors 6pm Show 6:30pm Klazz-ma-tazz & J-Music Ensemble Doors 8PM Show 8:30PM Major Stage presents Soul Good Doors 7pm Show 8pm New York Oryantal Parti From jazz and rock to electronic, soul & funk to hip-hop and international music DROM prides itself on presenting fresh new sounds and introducing new talent to the always invigorating NYC live music nightlife. "New York's premiere venue for world music" (Wall Street Journal) is located at 85 Avenue A between 5th St. and 6th St. in the heart of East Village, Drom accommodates up to 350 people in its main room and has a wide and eclectic selection of music programming throughout the week. Drom also features a bar, kitchen and lounge area in addition to the main space making it easy to scale the room depending on your occasion.

From seated shows to late night DJ Parties, there is a little something for everyone at Drom. Live concerts are Drom's forte, but there are also a myriad of other happenings including burlesque shows, film screenings, dance shows, stand-up comedy, musical theater, readings, networking parties, kids events, trivia games as well as private parties, product launches and even weddings. In terms of programing, DROM is one of the most original Music Venues in NYC. Bringing Global Music and a Mediterranean flavor to the East village nightlife. Drom is also known by their Turkish Restaurant and the Gypsy music vibes. If you are in NYC, looking for Concert halls, live music venue or Club don't look no more! DROM is the place to be!Before we talk about prop balancing, I’m going to go over what I’m using and why. There are two types of prop balancers you can buy. There’s the magnetic kind which are cheap, but don’t work very well, and then there’s the mechanical kind which work good, but cost more.

I personally like the mechanical ones because they’re balanced well and work every time. The prop balancer I’m using can be found on eBay for a reasonable price. If you’re on a budget and you’re thinking about buying the magnetic balancer, I would read this forum before buying one. In my opinion, the magnetic balancers are a waste of time.First, mount the prop to the balancer. Once the prop has settled, you should notice how one side will always drop down. Whatever side that falls down is the side that’s too heavy.Once you’ve determined which side is heavier, apply some tape to the opposite side to counteract the extra weight. When you let go of the prop it should no longer fall to one side.Prop balancing is not always necessary when you buy good props. On the other hand, if you buy bad props it can be tricky if the hub is not balanced.The diagram above shows what direction the motors should be spinning in. If your ESC’s are hooked up correctly and your motors are not spinning in the proper direction, you can reverse any of the three motor wires.

The props should be mounted in this orderThe easiest way to tell if a prop is counterclockwise is by looking at the letters and numbers on it.long range drone copterAnother way to tell is by looking at the prop visually. ar drone battery modificationThis diagram represents a clockwise prop. ar parrot drone wholesaleWhen spinning clockwise, the leading edge should always be in the front.parrot ar drone hack arduinoThis next diagram shows a counterclockwise prop spinning clockwise. parrot ar drone iphone 4As you can see, it will generate a little bit of negative lift if spinning clockwise.ar drone gps forum

In what is believed to be the first proof-of-concept study of its kind, Johns Hopkins researchers have determined that large bags of blood products, such as those transfused into patients every day, can maintain temperature and cellular integrity while transported by drones.ar drone carrying case for sale In a report about the findings, published ahead of print in the journal Transfusion in November, the investigators say the findings add to evidence that remotely piloted drones are an effective, safe and timely way to quickly get blood products to remote accident or natural catastrophe sites, or other time-sensitive destinations. "For rural areas that lack access to nearby clinics, or that may lack the infrastructure for collecting blood products or transporting them on their own, drones can provide that access," says Timothy Amukele, M.D., Ph.D., assistant professor of pathology at the Johns Hopkins University School of Medicine and the paper's first author.

Drones also can help in urban centers like Baltimore City to improve distribution of blood products and the quality of care, he says. The Johns Hopkins team previously studied the impact of drone transportation on the chemical, hematological and microbial makeup of drone-flown blood samples and found that none were negatively affected. The new study examines the effects of drone transportation on larger amounts of blood products used for transfusion, which have significantly more complex handling, transport and storage requirements compared to blood samples for laboratory testing. For the study, the team purchased six units of red blood cells, six units of platelets and six units of unthawed plasma from the American Red Cross, and then packed the units into a 5-quart cooler two to three units at a time, in keeping with weight restrictions for the transport drone. The cooler was then attached to a commercial S900-model drone. This particular drone model comes equipped with a camera mount, which the team removed and replaced with the cooler.

For each test, the drone was flown by remote control a distance of approximately 13 to 20 kilometers (8 to 12 miles) while 100 meters (328 feet) above ground. This flight took up to 26.5 minutes. The team designed the test to maintain temperature for the red blood cells, platelets and plasma units. They used wet ice, pre-calibrated thermal packs and dry ice for each type of blood product, respectively. Temperature monitoring was constant, keeping with transport and storage requirements for blood components. The team conducted the tests in an unpopulated area, and a certified, ground-based pilot flew the drone. Following flight, all samples were transported to The Johns Hopkins Hospital, where Amukele's team used the institution's laboratories to centrifuge the units of red blood cells and check them for red blood cell damage. They checked the platelets for changes in pH as well as the number of platelets and the plasma units for evidence of air bubbles, which would indicate thawing.