Which V route has radial path identifiers MCB345/MHZ194 and MHZ335/SQS186?

Which V route has radial path identifiers MCB345/MHZ194 and MHZ335/SQS186?

• A. V557
• B. V555
• C. V427
• D. V535

Answer: (A)

V routes are defined by specific VOR-to-VOR legs, with each leg described by the radials used on both ends. The notation MCB345/MHZ194 means you fly from the MCB VOR on the 345-degree radial toward the MHZ VOR, and the MHZ side of that leg is on the 194-degree radial. The next leg, MHZ335/SQS186, means from MHZ you fly on the 335-degree radial toward the SQS VOR, with the SQS side being the 186-degree radial. Putting those two legs together, the airway runs from MCB to MHZ and then from MHZ to SQS, using exactly those radials. The route that matches this sequence is the one that connects MCB, MHZ, and SQS with those radials, which is V557. The other routes do not follow this same MCB→MHZ→SQS path, so they don’t fit the described radial pairings.

V routes are defined by specific VOR-to-VOR legs, with each leg described by the radials used on both ends. The notation MCB345/MHZ194 means you fly from the MCB VOR on the 345-degree radial toward the MHZ VOR, and the MHZ side of that leg is on the 194-degree radial. The next leg, MHZ335/SQS186, means from MHZ you fly on the 335-degree radial toward the SQS VOR, with the SQS side being the 186-degree radial.

Putting those two legs together, the airway runs from MCB to MHZ and then from MHZ to SQS, using exactly those radials. The route that matches this sequence is the one that connects MCB, MHZ, and SQS with those radials, which is V557. The other routes do not follow this same MCB→MHZ→SQS path, so they don’t fit the described radial pairings.