Turbo Runner - Rolling Quadcopter Deerfield Beach , FL Miami Palmetto Expy, FL South Dade / US-1, FL West Palm Beach, FL Precision Controls Allow For Amazing Aerial Acrobatics Recommended For Ages 14 Up Demo Mode, Multiple Speeds, 360 Flips See Price in Cart Product Overview↑ Back to Top The Odyssey 1012BR Turbo Runner NX is perfect for seasoned pilots with expertise in high flyin' tricks. Aerial acrobats appreciate the protective power of the rolling cage on this cosmic chariot. This cool-looking cage stops blades from breaking or hitting anyone during high-speed 360 flips, swerves and rolls, or even during smooth flights. With a 2.4 GHz frequency, this indoor/outdoor shuttle has plenty of juice for your most advanced stunts, and the USB charger delivers quick charges, so you can take heart. You're never grounded for long between flights. This daring little drone also features a demo mode, so you can quickly and easily review all the daredevil feats it can perform.

Includes remote control, 4 AA Li-Po batteries, USB charger, spare blades and complete instructions. Ages 8.This drone must be registered by the end user with the Federal Aviation Administration (FAA) before first flight. Owners may register through a web-based system at www.faa.gov/uas/registration. More info can be found at http://www.faa.gov/news/press_releases/news_story.cfm?newsId=19856 Customers Who Viewed This Item Also Viewed... Technical Specs ↑ Back to Top 1 lbs 4.8 oz QuadcopterExtra BladesLiPo BatteryUSB ChargerRemote ControlManual Videos ↑ Back to Top Ratings & Reviews ↑ Back to TopSearch Results For "odyssey turbo runner nx 37inw x 39inh" (1) Price - Low to High Price - High to Low Odyssey Turbo Runner NX RC Drone — 3.7in.XK INNOVATIONS X350 3D AIR DANCER QUADCOPTER DRONE XK INNOVATIONS X350 3D AIR DANCER QUADCOPTER DRONE The X350 3D Air Dancer is a high performance 3D 6G 6-Axis Stunt quadcopter, featuring high efficiency bi-directional brushless motors for super quick response during your aerobatic flights, a streamlined sleek looking PC+ABS body moulding and a expert 6 axis gyro to give greater flight stability.

XK Innovations X350 Quad Features: Ability to add a camera later on 2.4G System with up to 1000 meter control distance (Weather/Location Dependant) Charging time: 1.5 - 2 hours 4 x 2212 1400KV drive motors 11.1V 2200mAh 20C Battery 3D - 6G Gyro The XK X350 Quadcopter has a 3D lock mode to improve stability and help with aerobatic flying, it also features a 6 Axis Gyro. buy parrot ar drone irelandSo even if you are an entry level pilot you can fly with complete confidence.google agrees to buy drone maker titan High Efficiency Brushless Motorsparrot mini drone price philippines The XK X350 comes fitted with four 2212 1400KV high efficiency bi-directional brushless motors and a quick response ESC to provide plenty of power for your extreme 3D aerobatic flights.ar drone 2 tweaks

Battery: 11.1V 2200mAh 40C LiPo Motor: 2212 1400KV Bi-Directional Brushless Motor What's Included In The Box : 1 x X350 Quadcopter 1 x Transmitter Handset 1 x LiPo Battery Please note you will need 6AA Batteries for the transmitter Need help finding your dream drone?Visit our RC Drone Comparison page and find the right drone for you!ar drone 3 prezzo There are NO reviews of the XK INNOVATIONS X350 3D AIR DANCER QUADCOPTER DRONE yet! ar drone motor kvBe the first to write a review By signing up to our mailing list you will receive information on the latest product releases from our brands as well as other CML related news. Fill in the fields below and hit the ‘Subscribe’ button and you will be instantly added to our mailing list.Oneshot125 is a new ESC protocol to replace PWM. In this post we will explain what Oneshot is, and the new BLheli feature, Active Braking (damping light) that help improve the throttle responsiveness.

An ESC protocol is used to communicate between flight controller and ESC. It tells the ESC and motor to go faster or slower. Originally this is based on servo position protocols, which is a PWM signal between the values of 1000ms and 2000ms, 1000ms means stop, 2000ms means full speed. But PWM is kind of slow, and susceptible to jitter, and that’s why Oneshot125 is introduced. Oneshot125 is a faster ESC protocol born in the mini quad FPV world. It’s synced to the PID loop, therefore it’s less jitter. Also it uses shorter signal so the FC can talk to the ESC/motor much quicker, and therefore in theory your multirotor should perform better. You will need to have Oneshot feature enabled on both your Flight controller and ESC (Electronics Speed Controller). In this post we will discuss how Oneshot is better, and how to enabled Oneshot125 on the ESCs. We will also discuss Active Braking (Damping light) briefly at the end. Here is a tutorial how I flashed BLHeli firmware on my Blue Series ESCs, and have oneshot enabled.

I also compared the performance against SimonK. With OneShot, motor_pwm_rate is disabled in Cleanflight, so it doesn’t matter where you set it. Flight Controller (FC) has a main control loop that calculates a new value according to the data from sensors. The motor output loop then pick up this value from the main loop and sends it to the ESC constantly. But the time it takes to complete a FC main control loop is not always the same, sometimes it takes longer, sometime shorter. The motor output PWM signal sends whatever value is available, if there is no new value it will just use the old value. If we are lucky, the ESC might pick up a new value from the FC it just produced. But sometimes a new value is not being picked up yet, maybe because the ESC is still writing the old one to the motor, then we consider this value we are writing an “OLD” value. It hasn’t caused any major problem in reality with this approach as we have seen, we are talking about only a few 0.001 seconds difference here.

But some people has come up with a “fix” for this. Diagram from multiwii forum, link at bottom So the solution is to synchronize the main FC control loop with the motor output signal. Firstly, Oneshot125 sets the motor output timer speed 8 times faster. The motor output signal is now much shorter (125us-250us) than the original PWM (1ms-2ms), so it takes less time to send and the ESC can read the data much faster. The problem before as mentioned, was sometimes the value wouldn’t change on the ESC until half way through a control loop. Secondly, it only sends “one shot” of the signal every flight controller loop, and it does this as soon as the Flight Controller has a new value for the ESC. (I am guessing maybe this why it’s called “oneshot” :) ) The ESC is now writing a new value to the motor, even before the FC is starting the next control loop, so we have the fastest possible FC and ESC Response. Pilots that have tested it reported P value can only be increased a little (not major improvement on PID gains), but the biggest change was to throttle response, faster change of motor speed.

Check out this post for some simple explanation of Quadcopter PID. To have Oneshot enabled, all of your ESC, ESC firmware, FC, FC firmware have to support this feature. ESCs that have BLHeli rev13.0 or newer version flashed supports Oneshot, and it will be automatically selected without additional work. I believe SimonK now also supports Oneshot. As far as I know, only the Naze32 boards with Cleanflight are supported perfectly currently, without any issue. The CC3D boards have been tested with a PPM receiver, however parallel PWM receivers might not work properly with this board. I have heard that’s because the motor output pins shares the same timer as the receiver pins. That’s a fundamental issue and is going to be difficult to fix. The process for calibrating oneshot ESCs is the same as any other ESC. Active Braking is a feature in BLHeli firmware, many people enabled this along with Oneshot125 to get more responsive result. With damping light (Active braking) enabled, when you reduce throttle the ESC will actively reduce the motor speed.