Well, it's impossible not to notice the helicopter pirouetting at 120 RPM and sounding like an off-balance washing machine... But it's better to be able to detect this condition before unleashing a five-foot flying lawnmower upon yourself and your neighbors. Fortunately, it's not too difficult. Remove the canopy, turn on your transmitter and helicopter, and wait for the gyro to 'wake up' if necessary. For this test, the gyro should be in standard (not heading hold) mode.

First of all, you should know that optimal gyro performance requires pretty much everything on the helicopter to be well balanced and working smoothly. This includes the engine and drivetrain - any vibration will "confuse" the gyro sensor and degrade performance. Any fluctuations in engine performance will make more work for the gyro as well. Is the gyro gain high enough? If you can turn it up without causing the tail to wag, you should do so.

Frequently asked questions about this here list of frequently asked questions. Meta-FAQ, if you will. I have a frequently asked question. Who should I ask? ...or... People keep asking me this question, and I'd like to write it down for one last time where everyone can see it.

It is a device used to sense sudden unwanted movements of the tail. It's job is to move the tail servo to compensate for the unwanted movement. As an example, lets say you are in a hover and a sudden gust of wind blows the right side of the helicopter. Without a gyro this would cause the helicopter to turn to the right. With a gyro, it very quickly senses the sudden movement and gives a left command to the tail servo to keep the helicopter pointed where it was.

This refers to the sensitivity of the gyro. When the gyro senses an unwanted movement it commands the tail servo to move in the opposite direction to compensate. How much it tells the servo to move is the 'gain'. Ideally the amount of gain should match how much the helicopter was rotated so that it stays pointed in the same direction and does not move. If the gain is too high then the helicopter over compensates. The effect you will see is the tail will bounce back and forth.

The Terra satellite is always moving from north to south (descending) during daytime and ascending at night. The Aqua satellite goes the other way.

Yes. The Sheriff's Office has several patrol cars equipped with moving Radar units. All patrol units assigned to the West Valley Substation have Radar units assigned to them. Both Pacific Bell and GTE have set up Call Annoyance Bureaus for their customers and "Call Trace" is available in most service areas. Unless the call is of a serious nature (death threats, bomb threats, etc.), call your local phone company business office and ask about their Call Annoyance services.

The rigorous application of scientific and objective methodology to the theoretical beliefs and more professional standards of practice are necessary to elevate the status of iris analysis techniques to a modern position. Iridology is benefiting from the development of technology.

To figure out the right gyro direction just watch for the control rod as you rotate the helicopter so the nose goes to the left. If the control rod gets pulled forward then you have it correct. This is assuming you have the tail assembly correct I have helped many with the tail backwards. Basically what you are looking for is for the control rod to go the same direction as when you move the rudder stick right.

Mirroring is the ability to enter someone else's world, to make them feel that you understand them, that you have a strong common bond. Mirroring allows the subject to feel as the has found someone 'just like me, " and also gives the mirrorer the ability to experience the same physiology as the subject. To mirror another person, merely select the behavior or quality you wish to mirror, then do that behavior.

A: Any of our units can easily stabilize approximately twice their personal weight. The KS-2 at 1.5 lbs will handle most light weight binoculars. The KS-4 at 2.13 lbs will handle most 35 mm cameras not going over 400 mm lens and the heavier binoculars, those around 4 lbs. The KS-6 at 3.25 lbs is the usual gyro of choice for medium format cameras and steadicam operators ( who often use 2 KS-6 gyros). The KS-8 at 5.13 lbs is more for the movie cameras weighing up to 11-12 lbs.

Once you have decided to install a fence, you should be prepared to discuss the following points with your fence professional. The purpose of the fence, the exact location of the fence, what type of design features you want (height, style, material) approximate budget, desired completion date. BACK TO TOP

We do not keep records of recreational visitors to the National Forest. We suggest that you tell friends and family members your intentions and give detailed directions or a map of the area which you plan to hike to or camp in along with the date and time you plan to return. Should you not return by the expected time, this will give them the information they need to contact our office along with the local sheriff's department to initiate a search and rescue.

NARA recognizes that the expectation of easy online access to our holdings continues to grow. Research is no longer relegated to libraries and research rooms, but is being done around-the-clock on computers around the world. To meet this need, we will create, to the greatest extent possible, an "archives without walls." We plan to create digital versions of selected records, including those most requested by researchers.

No! You won't be allowed to give your robot ANY special instruction (except for what type of game it's currently going to play). You should download the code for the type of game, move the robot into the arena, and press "START". That's it. The robots will be positioned with their "back" to the wall in their own zone, pointing their "front" towards the other team's zone. Robot placement within the zone is decided by the course coordinator or competition judges.

BLAIR: I tell you what. We need to get ready for the launch. I've got to digest the shuttle dogs and we've only got T minus 27 minutes and 5 seconds. You're here with NASA Edge. CHRIS: Another minute and the SRB's will separate. That's incredible. MISSION CONTROL: Endeavor flying straight as an arrow, 1 minute 55 seconds into the flight. Standing by for solid rocket booster separation. BLAIR: We're here with NASA Edge at T plus 20:18 into an amazing mission with the Endeavor.

Well, I'm not sure how to prove this to you. We have hundreds of letters and e-mails of people calling us "lifesavers", "saints", and "blessed". Usually people finally come to us after they have spent a hundred dollars or more on other products...they are desperate for ANYTHING that will work. They order from us finally, out of desperation and then write saying how they wished they had ordered from us FIRST. The way it is made and applied: It has no choice but to work.