A lowest price technically acceptable source selection process is appropriate when:

A lowest price technically acceptable source selection process is appropriate when:

• A. Best value is expected from the technically acceptable proposal with the highest price.
• B. Best value is expected from the technically acceptable proposal with the lowest evaluated price.
• C. Tradeoffs are permitted among cost and noncost factors.
• D. The award will be made to the highest technically rated proposal regardless of price.

Answer: (D)

The main idea is using a lowest price technically acceptable approach: you first determine which proposals meet all the minimum technical requirements (they are technically acceptable). If more than one proposal is technically acceptable, the award goes to the one with the lowest evaluated price. This method is chosen when the requirements are well defined and there’s little to no added value from considering nonprice factors, so price becomes the sole or primary determinant. The option describing awarding to the technically acceptable proposal with the lowest price captures this approach. It’s not about choosing the highest technically rated proposal regardless of price, nor about trading off cost and noncost factors, nor about always selecting the best value.

The main idea is using a lowest price technically acceptable approach: you first determine which proposals meet all the minimum technical requirements (they are technically acceptable). If more than one proposal is technically acceptable, the award goes to the one with the lowest evaluated price. This method is chosen when the requirements are well defined and there’s little to no added value from considering nonprice factors, so price becomes the sole or primary determinant. The option describing awarding to the technically acceptable proposal with the lowest price captures this approach. It’s not about choosing the highest technically rated proposal regardless of price, nor about trading off cost and noncost factors, nor about always selecting the best value.