For T/O minimums with Standard Instrument Rating, Non-Precision T/O minimums must be ___-__ and for Precision must be ___-__ or _____' RVR

For T/O minimums with Standard Instrument Rating, Non-Precision T/O minimums must be ___-__ and for Precision must be ___-__ or _____' RVR

• A. 300-1, 200-1/2, 2400'
• B. 200-1, 100-1/2, 1800'
• C. 350-1, 250-1/2, 2600'
• D. 400-1, 300-1/2, 3200'

Answer: (A)

Takeoff minimums under IFR depend on whether you’re using non-precision or precision approach capabilities. With a Standard Instrument Rating, non-precision takeoff minimums are more restrictive, requiring a higher cloud ceiling and/or greater visibility. Specifically, you’d need a 3,000-foot ceiling and 1 mile of visibility. When precision capability is available, you can reduce the requirements: a 2,000-foot ceiling with 1/2 mile visibility, or an RVR value of 2,400 feet can be used instead of visibility and ceiling figures. So the correct combination states non-precision minimums as 3,000-foot ceiling and 1 mile visibility, and precision minimums as 2,000-foot ceiling with 1/2 mile visibility, or 2,400 feet RVR. The other options don’t align with these standard takeoff minima.

Takeoff minimums under IFR depend on whether you’re using non-precision or precision approach capabilities. With a Standard Instrument Rating, non-precision takeoff minimums are more restrictive, requiring a higher cloud ceiling and/or greater visibility. Specifically, you’d need a 3,000-foot ceiling and 1 mile of visibility. When precision capability is available, you can reduce the requirements: a 2,000-foot ceiling with 1/2 mile visibility, or an RVR value of 2,400 feet can be used instead of visibility and ceiling figures.

So the correct combination states non-precision minimums as 3,000-foot ceiling and 1 mile visibility, and precision minimums as 2,000-foot ceiling with 1/2 mile visibility, or 2,400 feet RVR. The other options don’t align with these standard takeoff minima.