Depends on your definition of performance. For speed or economy, either the SR-71 or the Cessna 152.
The brand of aircraft engines that delivers the best performance and last for a reasonable amount of time would have to be the Rolls-Royce engine. These are the first or second most popular and trusted brand of airplane engines.
The best aircraft charter service available online is Sentient Jets. They have the highest ratings in reliability, handling, performance, safety comfort as well as overall service.
It decreases performance.
It depend upon the target. If the target is large area or enemy ground then USAF B-2 is the best bomber. If the target is dogfight then USAF F-22 is the best. These two aircraft are United State's latest aircraft and have incredible performance.
It reduces climb performance.
Factors affecting aircraft performance include air density (affected by altitude and temperature), weight of the aircraft, aerodynamic design, engine power, and wind conditions. These factors can impact an aircraft's speed, rate of climb, range, and handling characteristics. Pilots must consider and adjust for these factors to ensure safe and efficient flight.
There are four interrelated elements of aircraft performance: lift, weight, thrust, and drag. While the number of people, per se, wouldn't affect the performance of an aircraft, the weight of those people would. --- Also, the position of those people would matter in terms of aircraft performance.
Aircraft performance refers to the capabilities and behavior of an aircraft in flight, including factors such as speed, altitude, rate of climb, range, payload capacity, and maneuverability. It determines how well an aircraft can perform its intended functions and missions. Pilots and engineers analyze aircraft performance to ensure safe and efficient operations.
Thomas M. Lavelle has written: 'Graphical user interface for the NASA FLOPS aircraft performance and sizing code' -- subject(s): Aircraft performance, Graphical user interface, Aircraft design, User manuals (Computer programs)
a project as large and complex as the raptor doesnt get invented, its developed by a large team of people and companies process usually starts with the military making a list of performance features and capabilities for a new aircraft - this is then given to sevearl aircraft manufacturers who compete to develope the best aircraft that fit these capabilies - each of these manufacturers have multiple teams that work on different parts of the aircrfat - the military them choses the best aircraft but sometimes, as with the raptor, multiple manufactures are chosen to team together to prodce an aircraft with a mix of the best of several designs
The possessive form of "the best performance by Sting" is "Sting's best performance".
Matthew G. Sexstone has written: 'Aircraft structural mass property prediction using conceptual-level structural analysis' -- subject(s): Aircraft performance, Concurrent engineering, Performance prediction, Finite element method, Structural analysis, Aircraft design, Aeroelasticity