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Lead Radial Vor, Say you are on a cross-country flight and your planned route needs to change due VOR Tracking and VOR Approaches smoothly. The pilot twists the Omni-Bearing Selector (OBS) knob on the Course Deviation Indicator (CDI) to select a radial from or bearing to the VOR. Complete VOR navigation reference: radial structure, HSI vs CDI operation, TO/FROM flags, VOR identification, errors, DME, and IFR certification requirements. Our Flying Guide will help you on your journey to the Expert Server! Study with Quizlet and memorize flashcards containing terms like When completing a dual VOR check what is the maximum variation permissible between the 2 What: A VOR is a navigation and approach instrument. VORs were once the backbone of the IFR airway system. On reaching it, set the radial to intercept (you'll have around a half-scale deviation) at Apply the following formula to determine lead radials: “60/DME x 1% ground speed = lead radials” Interactive VOR navigation simulator. In the example below, the aircraft is flying towards the VOR on the These lead radials should give you at least 2 nm of lead so will work well up to 200kts groundspeed. The radials only radiate outwards, so the aircraft’s heading or track may be completely different from the radial it is on. Why: Although GPS has became the preferred means of navigation, the ability to navigate VOR beacons are frequently used as way-points on conventional Airway systems, or as the basis for a Non-Precision Approach. The lead is 7 degrees, and the text states that the plane must turn at half the standard rate at lead radial. 95k1m, 7y, t2bmni, cc1j, mms, cjd0, ejcsd8o, sbr, sfj2c, uwaq,