Dive brake definitions
| Word backwards | evid ekarb |
|---|---|
| Part of speech | noun |
| Syllabic division | dive brake: dive / brake |
| Plural | The plural of dive brake is dive brakes. |
| Total letters | 9 |
| Vogais (3) | i,e,a |
| Consonants (5) | d,v,b,r,k |
Dive Brake
Dive brakes, also known as air brakes or spoilerons, are aerodynamic devices used on aircraft to increase drag and reduce lift. These devices are primarily used during descent, allowing pilots to control their rate of descent without increasing speed.
When deployed, dive brakes disrupt the smooth airflow over the wings, increasing drag and decreasing lift. This effect causes the aircraft to descend more quickly while maintaining a safe airspeed.
Functionality
The primary purpose of dive brakes is to assist in controlling the aircraft's rate of descent, especially during steep descents. By increasing drag, dive brakes help pilots maintain their desired vertical speed without compromising airspeed.
One common use of dive brakes is during glider landings, where pilots need to lose altitude quickly without gaining excessive speed. By deploying the dive brakes, the glider can descend rapidly while staying within safe speed limits.
Types of Dive Brakes
There are several types of dive brakes used in aviation, including clamshell dive brakes, split dive brakes, and spoilerons. Each type has its unique design and functionality, but they all serve the same purpose of increasing drag to control descent.
Clamshell dive brakes open outwards from the fuselage, disrupting airflow over the wings. Split dive brakes split apart to create drag, while spoilerons are hinged panels on the wing that can be raised to disrupt lift and increase drag.
Benefits of Dive Brakes
The use of dive brakes offers several benefits to pilots, including improved control during descents, reduced airspeed without compromising safety, and the ability to perform steep descents without excessive speed buildup. Additionally, dive brakes can help shorten landing distances for some aircraft.
Overall, dive brakes play a crucial role in aviation, providing pilots with a valuable tool for managing descent and ensuring safe landings in various operating conditions.
Dive brake Examples
- The pilot activated the dive brake to reduce speed before landing.
- The aircraft's dive brake helped it descend rapidly during the emergency.
- The dive brake extended as the plane prepared for a steep descent.
- The mechanic inspected the dive brake for any signs of damage.
- The dive brake smoothly guided the glider to a safe landing spot.
- The pilot released the dive brake to increase speed after reaching cruising altitude.
- The dive brake mechanism needed to be calibrated for optimal performance.
- The dive brake system was crucial for controlling the aircraft's descent angle.
- The dive brake handle was located within easy reach of the pilot.
- The dive brake was deployed automatically when the aircraft entered a nosedive.