Welcome to our Airplanes Database API, your gateway to a wealth of knowledge on various commercial airplanes. Whether you're an aviation enthusiast, an airline professional, or a developer seeking essential airplane data, our API delivers comprehensive specifications right at your fingertips.
With the Airplanes Database API, you can effortlessly access vital information about different airplane models. From seating capacity and fuel capacity to engine details and pricing, our API provides a holistic view of each aircraft's essential attributes. Whether you're interested in narrow-body jets, wide-body aircraft, regional planes, or private jets, we've got you covered.
Navigating the vast and ever-evolving world of aviation is made simpler with our user-friendly API. Seamlessly integrate it into your applications, websites, or aviation-related projects to enrich your offerings with accurate and up-to-date airplane data.
Airline professionals can leverage the API to optimize fleet management, compare airplane specifications, and make informed decisions for their operations. The API empowers airlines to streamline procurement processes and analyze cost-effectiveness, ensuring smart investments in new aircraft.
For aviation enthusiasts and researchers, our API serves as a treasure trove of valuable information. Dive deep into the technical details of different airplane models, study their performance capabilities, and explore the fascinating history of aviation.
Developers will find the Airplanes Database API a breeze to work with, thanks to its well-documented endpoints and intuitive integration. By incorporating this data-rich API into your projects, you can create powerful aviation-related applications, flight comparison tools, or even virtual airplane showcases.
Our commitment to accuracy and reliability ensures that you receive up-to-date information from reputable sources. We continuously update the database with the latest specifications, ensuring that you stay well-informed about the ever-evolving aviation landscape.
Data security is paramount, and we prioritize the protection of your information. Our API employs industry-standard encryption and secure communication protocols (HTTPS) to safeguard data during transmission.
Whether you're an aviation professional, a researcher, or a developer with a passion for flight, our Airplanes Database API is your key to unlocking a world of essential aircraft specifications. Embrace the power of comprehensive airplane data and embark on a journey through the skies of knowledge. Try our API today and elevate your aviation ventures to new heights.
Call this API to retrieve relevant data from different airplanes.
Aircraft Comparison Platform: Developers can utilize the Airplanes Database API to create an aircraft comparison platform where users can compare the basic specifications of different commercial airplanes. This use case benefits aviation enthusiasts, prospective buyers, and airlines looking to expand their fleet, as it enables them to make informed decisions based on the unique features and capabilities of each aircraft model.
Airlines Fleet Management System: Airlines can integrate the API into their fleet management systems to access real-time data on their existing aircraft. By leveraging the API's capacity, fuel capacity, and engine specifications, airlines can optimize flight planning, monitor fuel consumption, and ensure efficient utilization of their aircraft resources.
Aviation Research and Analysis: Researchers and aviation analysts can utilize the Airplanes Database API to conduct in-depth studies on the evolution of commercial airplanes. They can analyze historical data, study the trends in aircraft specifications, and gain valuable insights into the industry's technological advancements over time.
Flight Booking Platforms: Travel and flight booking websites can integrate the API to enrich their platform with aircraft specifications. Displaying information about the aircraft operating a specific flight, such as seating capacity and onboard amenities, enhances the booking experience for travelers, helping them make more informed decisions.
Flight Simulation and Virtual Aviation Exhibitions: Developers of flight simulation software or virtual aviation exhibitions can incorporate the Airplanes Database API to provide accurate and realistic representations of different aircraft models. By offering users a detailed and authentic experience of flying specific airplanes, these applications can enhance the user's understanding and appreciation of aviation technology.
Besides the number of API calls, there is no other limitation
Get all airplanes by brands such as Boeing, Airbus, etc.
Airplanes by Brand - Características del Endpoint
| Objeto | Descripción |
|---|---|
brand |
[Requerido] |
[{"id":2,"plane":"A220 100","brand":"Airbus","passenger_capacity":135,"priceUSD":81000000.0,"fuel_capacity_litres":21918.0,"max_takeoff_weight_kg":60800.0,"max_landing_weight_kg":52400.0,"empty_weight_kg":50300.0,"range_km":5460.0,"length_ft":114.9,"wingspan_ft":115.1,"height_ft":37.8,"engine":"2 x Pratt and Whitney PW1500G","cruise_speed_kmph":840.0,"ceiling_ft":41000.0,"imgThumb":"https://s3.us-west-004.backblazeb2.com/encurate/static/airplanes/A220_100.jpg","img_attribution":"https://commons.wikimedia.org/wiki/File:Delta_Air_Lines_Airbus_A","img_creative_commons":true},{"id":3,"plane":"A220 300","brand":"Airbus","passenger_capacity":160,"priceUSD":91500000.0,"fuel_capacity_litres":21918.0,"max_takeoff_weight_kg":67600.0,"max_landing_weight_kg":58740.0,"empty_weight_kg":55800.0,"range_km":5920.0,"length_ft":126.11,"wingspan_ft":115.1,"height_ft":37.8,"engine":"2 x Pratt and Whitney PW1500G","cruise_speed_kmph":840.0,"ceiling_ft":41000.0,"imgThumb":"https://s3.us-west-004.backblazeb2.com/encurate/static/airplanes/A220_300.jpg","img_attribution":"https://commons.wikimedia.org/wiki/File:Airbus_A220-300.jpg","img_creative_commons":true},{"id":4,"plane":"A300B4-200","brand":"Airbus","passenger_capacity":345,"priceUSD":238500000.0,"fuel_capacity_litres":62000.0,"max_takeoff_weight_kg":165000.0,"max_landing_weight_kg":136000.0,"empty_weight_kg":126000.0,"range_km":5375.0,"length_ft":175.9,"wingspan_ft":147.1,"height_ft":54.9,"engine":"2x CF6-50C2, JT9D-59A","cruise_speed_kmph":833.0,"ceiling_ft":40000.0,"imgThumb":"https://s3.us-west-004.backblazeb2.com/encurate/static/airplanes/A300B4-200.jpg","img_attribution":"https://commons.wikimedia.org/wiki/File:Air_Afrique_Airbus_A300B","img_creative_commons":true},{"id":5,"plane":"A300-600R","brand":"Airbus","passenger_capacity":345,"priceUSD":19600000.0,"fuel_capacity_litres":68160.0,"max_takeoff_weight_kg":171700.0,"max_landing_weight_kg":140000.0,"empty_weight_kg":130000.0,"range_km":7500.0,"length_ft":177.4,"wingspan_ft":147.1,"height_ft":54.7,"engine":"2x CF6-50C2, JT9D-59A","cruise_speed_kmph":833.0,"ceiling_ft":40000.0,"imgThumb":"https://s3.us-west-004.backblazeb2.com/encurate/static/airplanes/A330_600R.jpg","img_attribution":"https://commons.wikimedia.org/wiki/File:Airbus_A300-600R_Egyptai","img_creative_commons":true},{"id":6,"plane":"A318","brand":"Airbus","passenger_capacity":107,"priceUSD":62000000.0,"fuel_capacity_litres":24210.0,"max_takeoff_weight_kg":68000.0,"max_landing_weight_kg":57500.0,"empty_weight_kg":39500.0,"range_km":5750.0,"length_ft":103.2,"wingspan_ft":111.11,"height_ft":41.1,"engine":"CFM International CFM56-5 series","cruise_speed_kmph":828.0,"ceiling_ft":36000.0,"imgThumb":"https://s3.us-west-004.backblazeb2.com/encurate/static/airplanes/A318.jpg","img_attribution":"https://commons.wikimedia.org/wiki/File:Airbus_A318_FGUGC.jpg","img_creative_commons":true},{"id":7,"plane":"A319 Neo","brand":"Airbus","passenger_capacity":140,"priceUSD":101500000.0,"fuel_capacity_litres":30190.0,"max_takeoff_weight_kg":75500.0,"max_landing_weight_kg":62500.0,"empty_weight_kg":42600.0,"range_km":6950.0,"length_ft":111.0,"wingspan_ft":111.11,"height_ft":38.7,"engine":"CFM International LEAP-1A, Pratt & Whitney PW110","cruise_speed_kmph":828.0,"ceiling_ft":36000.0,"imgThumb":"https://s3.us-west-004.backblazeb2.com/encurate/static/airplanes/A319_Neo.jpg","img_attribution":"https://commons.wikimedia.org/wiki/File:Airbus_A319-151N,_Airbus","img_creative_commons":true},{"id":8,"plane":"A320 Neo","brand":"Airbus","passenger_capacity":165,"priceUSD":110600000.0,"fuel_capacity_litres":27200.0,"max_takeoff_weight_kg":79000.0,"max_landing_weight_kg":66000.0,"empty_weight_kg":44300.0,"range_km":6500.0,"length_ft":123.3,"wingspan_ft":111.11,"height_ft":38.7,"engine":"CFM International LEAP-1A, Pratt & Whitney PW110","cruise_speed_kmph":828.0,"ceiling_ft":36000.0,"imgThumb":"https://s3.us-west-004.backblazeb2.com/encurate/static/airplanes/A320_Neo.jpg","img_attribution":"https://commons.wikimedia.org/wiki/File:Air_Asia_Airbus_A320Neo_","img_creative_commons":true},{"id":9,"plane":"A321 Neo","brand":"Airbus","passenger_capacity":190,"priceUSD":130000000.0,"fuel_capacity_litres":30030.0,"max_takeoff_weight_kg":97000.0,"max_landing_weight_kg":77800.0,"empty_weight_kg":50100.0,"range_km":7400.0,"length_ft":146.0,"wingspan_ft":111.11,"height_ft":38.7,"engine":"CFM International LEAP-1A, Pratt & Whitney PW110","cruise_speed_kmph":828.0,"ceiling_ft":36000.0,"imgThumb":"https://s3.us-west-004.backblazeb2.com/encurate/static/airplanes/A321_Neo.jpg","img_attribution":"https://commons.wikimedia.org/wiki/File:Airbus_A321neo_%28353403","img_creative_commons":true},{"id":10,"plane":"A330-200ceo","brand":"Airbus","passenger_capacity":253,"priceUSD":229000000.0,"fuel_capacity_litres":139090.0,"max_takeoff_weight_kg":233000.0,"max_landing_weight_kg":180000.0,"empty_weight_kg":119600.0,"range_km":13430.0,"length_ft":192.98,"wingspan_ft":197.83,"height_ft":57.05,"engine":"General Electric CF6-80E1, Pratt & Whitney PW400","cruise_speed_kmph":1061.0,"ceiling_ft":42651.0,"imgThumb":"https://s3.us-west-004.backblazeb2.com/encurate/static/airplanes/A330-200ceo.jpg","img_attribution":"https://commons.wikimedia.org/wiki/File:A330-200_Nordwind_Airlin","img_creative_commons":true},{"id":11,"plane":"A330-200F (Freight)","brand":"Airbus","passenger_capacity":4,"priceUSD":232200000.0,"fuel_capacity_litres":139090.0,"max_takeoff_weight_kg":227000.0,"max_landing_weight_kg":180000.0,"empty_weight_kg":109000.0,"range_km":7400.0,"length_ft":192.98,"wingspan_ft":197.83,"height_ft":55.44,"engine":"Pratt & Whitney PW4000, Rolls-Royce Trent 700","cruise_speed_kmph":1061.0,"ceiling_ft":42651.0,"imgThumb":"https://s3.us-west-004.backblazeb2.com/encurate/static/airplanes/A330-200F.jpg","img_attribution":"https://commons.wikimedia.org/wiki/File:South_African_Airways_Ai","img_creative_commons":true},{"id":12,"plane":"A330-300ceo","brand":"Airbus","passenger_capacity":295,"priceUSD":253700000.0,"fuel_capacity_litres":139090.0,"max_takeoff_weight_kg":230000.0,"max_landing_weight_kg":185000.0,"empty_weight_kg":124500.0,"range_km":10830.0,"length_ft":208.96,"wingspan_ft":197.83,"height_ft":55.22,"engine":"General Electric CF6-80E1, Pratt & Whitney PW400","cruise_speed_kmph":1061.0,"ceiling_ft":42651.0,"imgThumb":"https://s3.us-west-004.backblazeb2.com/encurate/static/airplanes/A330-300ceo.jpg","img_attribution":"https://commons.wikimedia.org/wiki/File:Qatar_Airways_Airbus_A33","img_creative_commons":true},{"id":13,"plane":"A330-800neo","brand":"Airbus","passenger_capacity":257,"priceUSD":249600000.0,"fuel_capacity_litres":97530.0,"max_takeoff_weight_kg":242200.0,"max_landing_weight_kg":186000.0,"empty_weight_kg":176000.0,"range_km":13900.0,"length_ft":192.98,"wingspan_ft":209.97,"height_ft":57.08,"engine":"Rolls Royce Trent 7000","cruise_speed_kmph":919.0,"ceiling_ft":41450.0,"imgThumb":"https://s3.us-west-004.backblazeb2.com/encurate/static/airplanes/A330-800neo.jpg","img_attribution":"https://commons.wikimedia.org/wiki/File:EGLF_-_Airbus_A330-900_N","img_creative_commons":true},{"id":14,"plane":"A330-900neo","brand":"Airbus","passenger_capacity":287,"priceUSD":284600000.0,"fuel_capacity_litres":139090.0,"max_takeoff_weight_kg":242200.0,"max_landing_weight_kg":191000.0,"empty_weight_kg":181000.0,"range_km":12130.0,"length_ft":208.96,"wingspan_ft":209.97,"height_ft":55.11,"engine":"Rolls Royce Trent 7000","cruise_speed_kmph":919.0,"ceiling_ft":41450.0,"imgThumb":"https://s3.us-west-004.backblazeb2.com/encurate/static/airplanes/A330-900neo.jpg","img_attribution":"https://commons.wikimedia.org/wiki/File:Cebu_Pacific_A330-900NEO","img_creative_commons":true},{"id":15,"plane":"A340 200","brand":"Airbus","passenger_capacity":300,"priceUSD":187500000.0,"fuel_capacity_litres":155040.0,"max_takeoff_weight_kg":275000.0,"max_landing_weight_kg":181000.0,"empty_weight_kg":129000.0,"range_km":15000.0,"length_ft":194.1,"wingspan_ft":197.1,"height_ft":54.9,"engine":"4 x CFM56-5C","cruise_speed_kmph":871.0,"ceiling_ft":41000.0,"imgThumb":"https://s3.us-west-004.backblazeb2.com/encurate/static/airplanes/A340_200.jpg","img_attribution":"https://commons.wikimedia.org/wiki/File:Cathay_Pacific_Airbus_A3","img_creative_commons":true},{"id":16,"plane":"A340 300","brand":"Airbus","passenger_capacity":335,"priceUSD":238000000.0,"fuel_capacity_litres":147850.0,"max_takeoff_weight_kg":276500.0,"max_landing_weight_kg":192000.0,"empty_weight_kg":130200.0,"range_km":13700.0,"length_ft":208.8,"wingspan_ft":197.1,"height_ft":55.3,"engine":"4 x CFM56-5C","cruise_speed_kmph":871.0,"ceiling_ft":41000.0,"imgThumb":"https://s3.us-west-004.backblazeb2.com/encurate/static/airplanes/A340_300.jpg","img_attribution":"https://commons.wikimedia.org/wiki/File:Cathay_Pacific_Airways,_","img_creative_commons":true},{"id":17,"plane":"A340 500","brand":"Airbus","passenger_capacity":359,"priceUSD":261800000.0,"fuel_capacity_litres":214810.0,"max_takeoff_weight_kg":372000.0,"max_landing_weight_kg":190000.0,"empty_weight_kg":170900.0,"range_km":17000.0,"length_ft":222.9,"wingspan_ft":208.2,"height_ft":56.1,"engine":"4 x Rolls Royce Trent 500","cruise_speed_kmph":881.0,"ceiling_ft":41000.0,"imgThumb":"https://s3.us-west-004.backblazeb2.com/encurate/static/airplanes/A340_500.jpg","img_attribution":"https://commons.wikimedia.org/wiki/File:Airbus_A340-500_Emirates","img_creative_commons":true},{"id":18,"plane":"A340 600","brand":"Airbus","passenger_capacity":419,"priceUSD":275400000.0,"fuel_capacity_litres":195880.0,"max_takeoff_weight_kg":368000.0,"max_landing_weight_kg":259000.0,"empty_weight_kg":177800.0,"range_km":14600.0,"length_ft":247.1,"wingspan_ft":208.2,"height_ft":56.9,"engine":"4 x Rolls Royce Trent 500","cruise_speed_kmph":881.0,"ceiling_ft":41000.0,"imgThumb":"https://s3.us-west-004.backblazeb2.com/encurate/static/airplanes/A340_600.jpg","img_attribution":"https://commons.wikimedia.org/wiki/File:Airbus_A340-600_%28Hi_Fl","img_creative_commons":true},{"id...
curl --location --request GET 'https://zylalabs.com/api/2321/airplanes+database+api/2229/airplanes+by+brand?brand=Airbus' --header 'Authorization: Bearer YOUR_API_KEY'
Search airplane by name.
Search by Name - Características del Endpoint
| Objeto | Descripción |
|---|---|
search |
[Requerido] |
[{"id":58,"plane":"747 100","brand":"Boeing","passenger_capacity":452,"priceUSD":146700000.0,"fuel_capacity_litres":183380.0,"max_takeoff_weight_kg":333400.0,"max_landing_weight_kg":265350.0,"empty_weight_kg":238816.0,"range_km":9800.0,"length_ft":231.1,"wingspan_ft":195.8,"height_ft":63.5,"engine":"4x Pratt & Whitney JT9D-7 or Rolls-Royce RB211-5","cruise_speed_kmph":895.0,"ceiling_ft":45100.0,"imgThumb":"https://s3.us-west-004.backblazeb2.com/encurate/static/airplanes/747_100.jpg","img_attribution":"https://commons.wikimedia.org/wiki/File:Boeing_747_-_100_Cargo_I","img_creative_commons":true},{"id":59,"plane":"747 SP","brand":"Boeing","passenger_capacity":331,"priceUSD":24000000.0,"fuel_capacity_litres":178000.0,"max_takeoff_weight_kg":304000.0,"max_landing_weight_kg":215465.0,"empty_weight_kg":192776.0,"range_km":12320.0,"length_ft":184.9,"wingspan_ft":195.8,"height_ft":65.1,"engine":"4x Pratt & Whitney JT9D","cruise_speed_kmph":990.0,"ceiling_ft":45100.0,"imgThumb":"https://s3.us-west-004.backblazeb2.com/encurate/static/airplanes/747_SP.jpg","img_attribution":"https://commons.wikimedia.org/wiki/File:Mandarin_Airlines_Boeing","img_creative_commons":true},{"id":60,"plane":"747 200","brand":"Boeing","passenger_capacity":452,"priceUSD":39000000.0,"fuel_capacity_litres":199158.0,"max_takeoff_weight_kg":374850.0,"max_landing_weight_kg":285762.0,"empty_weight_kg":247207.0,"range_km":12700.0,"length_ft":231.1,"wingspan_ft":195.8,"height_ft":63.5,"engine":"4x Pratt & Whitney JT9D-7R4G2","cruise_speed_kmph":895.0,"ceiling_ft":45100.0,"imgThumb":"https://s3.us-west-004.backblazeb2.com/encurate/static/airplanes/747_200.jpg","img_attribution":"https://commons.wikimedia.org/wiki/File:Boeing_747-200_%28Air_In","img_creative_commons":true},{"id":61,"plane":"747 300","brand":"Boeing","passenger_capacity":496,"priceUSD":83000000.0,"fuel_capacity_litres":199158.0,"max_takeoff_weight_kg":374850.0,"max_landing_weight_kg":285762.0,"empty_weight_kg":247207.0,"range_km":12400.0,"length_ft":231.1,"wingspan_ft":195.8,"height_ft":63.5,"engine":"4x Pratt & Whitney JT9D-7 / Rolls-Royce RB211-52","cruise_speed_kmph":910.0,"ceiling_ft":45100.0,"imgThumb":"https://s3.us-west-004.backblazeb2.com/encurate/static/airplanes/747_300.jpg","img_attribution":"https://commons.wikimedia.org/wiki/File:Boeing_747-300_%28Singap","img_creative_commons":true},{"id":62,"plane":"747 400","brand":"Boeing","passenger_capacity":524,"priceUSD":266500000.0,"fuel_capacity_litres":216840.0,"max_takeoff_weight_kg":396890.0,"max_landing_weight_kg":285762.0,"empty_weight_kg":246754.0,"range_km":13450.0,"length_ft":231.76,"wingspan_ft":211.64,"height_ft":63.19,"engine":"4x P&W4000 / GE CF6 / RR RB211","cruise_speed_kmph":910.0,"ceiling_ft":45000.0,"imgThumb":"https://s3.us-west-004.backblazeb2.com/encurate/static/airplanes/747_400.jpg","img_attribution":"https://commons.wikimedia.org/wiki/File:LX-TCV_Boeing_747-400_Ca","img_creative_commons":true},{"id":63,"plane":"747 8i","brand":"Boeing","passenger_capacity":605,"priceUSD":378500000.0,"fuel_capacity_litres":238610.0,"max_takeoff_weight_kg":447696.0,"max_landing_weight_kg":312000.0,"empty_weight_kg":220128.0,"range_km":14430.0,"length_ft":250.2,"wingspan_ft":224.7,"height_ft":63.6,"engine":"GEnx-2B67","cruise_speed_kmph":917.0,"ceiling_ft":43000.0,"imgThumb":"https://s3.us-west-004.backblazeb2.com/encurate/static/airplanes/747_8i.jpg","img_attribution":"https://commons.wikimedia.org/wiki/File:Boeing_747-8I_render_in_","img_creative_commons":true},{"id":64,"plane":"747 8f","brand":"Boeing","passenger_capacity":2,"priceUSD":379100000.0,"fuel_capacity_litres":226095.0,"max_takeoff_weight_kg":447696.0,"max_landing_weight_kg":343000.0,"empty_weight_kg":197131.0,"range_km":7630.0,"length_ft":250.2,"wingspan_ft":224.7,"height_ft":63.6,"engine":"GEnx-2B67","cruise_speed_kmph":908.0,"ceiling_ft":43000.0,"imgThumb":"https://s3.us-west-004.backblazeb2.com/encurate/static/airplanes/747_8f.jpg","img_attribution":"https://commons.wikimedia.org/wiki/File:Korean_Air_Cargo_Boeing_","img_creative_commons":true}]
curl --location --request GET 'https://zylalabs.com/api/2321/airplanes+database+api/2230/search+by+name?search=747' --header 'Authorization: Bearer YOUR_API_KEY'
| Encabezado | Descripción |
|---|---|
Autorización
|
[Requerido] Debería ser Bearer access_key. Consulta "Tu Clave de Acceso a la API" arriba cuando estés suscrito. |
Sin compromiso a largo plazo. Mejora, reduce o cancela en cualquier momento.
The API response contains a comprehensive set of specifications for each airplane model, such as passenger capacity, price in USD, fuel capacity in liters, maximum takeoff weight in kilograms, maximum landing weight in kilograms, empty weight in kilograms, range in kilometers, length in feet, wingspan in feet, height in feet, engine details, cruise speed in kilometers per hour, and ceiling in feet. Additionally, it provides an image thumbnail URL and attribution information for further reference.
The airplane database is regularly updated to include new aircraft models and their latest specifications. Our team strives to keep the information accurate and up-to-date, ensuring that you have access to the most recent data on commercial airplanes.
The API response includes a URL to the image thumbnail for each airplane model. You can use this URL to fetch and display the images of the airplanes in your applications. Additionally, the response includes image attribution information, ensuring proper credit is given for the images used.
The API primarily focuses on providing data for commercial passenger airplanes. While cargo capacity is not included in the default response, specific cargo aircraft models and their specifications may be available upon request.
Absolutely! The API is an excellent resource for educational institutions, researchers, and aviation enthusiasts interested in studying and analyzing commercial airplane specifications. Its comprehensive and accurate data makes it a valuable tool for aviation-related research and learning endeavors.
The API provides detailed specifications for commercial airplanes. The "GET Airplanes by Brand" endpoint returns data such as airplane model, brand, passenger capacity, fuel capacity, engine details, and dimensions. The "GET Search by Name" endpoint allows users to retrieve information based on specific airplane names.
Key fields in the response data include "plane" (model name), "brand," "passenger_capacity," "priceUSD," "fuel_capacity_litres," "max_takeoff_weight_kg," "engine," and "range_km." These fields provide essential specifications for each aircraft.
The response data is structured as a JSON array, with each airplane represented as an object containing key-value pairs for its specifications. This format allows for easy parsing and integration into applications.
The "GET Airplanes by Brand" endpoint allows users to specify the brand of the airplane to retrieve relevant models. The "GET Search by Name" endpoint accepts the airplane name as a parameter to return specific aircraft data.
The "GET Airplanes by Brand" endpoint provides comprehensive specifications for all airplanes under a specified brand. The "GET Search by Name" endpoint returns detailed information for a specific airplane model, including its technical and performance attributes.
Users can leverage the returned data to create applications for aircraft comparison, fleet management, or educational tools. For example, developers can display specifications on booking platforms to enhance user experience and decision-making.
The data is sourced from reputable aviation databases and industry publications. The API team ensures that the information is accurate and reliable by continuously verifying and updating the database.
If a search returns empty results, users should verify the input parameters for accuracy. For partial results, users can refine their queries or explore related models to gather more comprehensive data on available aircraft.
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Ocasionalmente, un banco puede rechazar el cargo debido a sus configuraciones de protección contra fraude. Te sugerimos comunicarte con tu banco primero para verificar si están bloqueando nuestros cargos. También puedes acceder al Portal de Facturación y cambiar la tarjeta asociada para realizar el pago. Si esto no funciona y necesitas más ayuda, por favor contacta a nuestro equipo en [email protected]
Los precios se determinan mediante una suscripción recurrente mensual o anual, dependiendo del plan elegido.
Las llamadas a la API se descuentan de tu plan en base a solicitudes exitosas. Cada plan incluye una cantidad específica de llamadas que puedes realizar por mes. Solo las llamadas exitosas, indicadas por una respuesta con estado 200, se contarán en tu total. Esto asegura que las solicitudes fallidas o incompletas no afecten tu cuota mensual.
Zyla API Hub funciona con un sistema de suscripción mensual recurrente. Tu ciclo de facturación comenzará el día en que compres uno de los planes de pago, y se renovará el mismo día del mes siguiente. Así que recuerda cancelar tu suscripción antes si quieres evitar futuros cargos.
Para actualizar tu plan de suscripción actual, simplemente ve a la página de precios de la API y selecciona el plan al que deseas actualizarte. La actualización será instantánea, permitiéndote disfrutar inmediatamente de las funciones del nuevo plan. Ten en cuenta que las llamadas restantes de tu plan anterior no se transferirán al nuevo plan, por lo que debes considerar esto al actualizar. Se te cobrará el monto total del nuevo plan.
Para verificar cuántas llamadas a la API te quedan en el mes actual, revisa el campo 'X-Zyla-API-Calls-Monthly-Remaining' en el encabezado de la respuesta. Por ejemplo, si tu plan permite 1,000 solicitudes por mes y has usado 100, este campo mostrará 900 llamadas restantes.
Para ver el número máximo de solicitudes a la API que permite tu plan, revisa el encabezado de la respuesta 'X-Zyla-RateLimit-Limit'. Por ejemplo, si tu plan incluye 1,000 solicitudes por mes, este encabezado mostrará 1,000.
El encabezado 'X-Zyla-RateLimit-Reset' muestra el número de segundos hasta que tu límite se restablezca. Esto te indica cuándo tu conteo de solicitudes se reiniciará. Por ejemplo, si muestra 3,600, significa que faltan 3,600 segundos para que el límite se restablezca.
Sí, puedes cancelar tu plan en cualquier momento desde tu cuenta, seleccionando la opción de cancelación en la página de Facturación. Ten en cuenta que las actualizaciones, degradaciones y cancelaciones tienen efecto inmediato. Además, al cancelar ya no tendrás acceso al servicio, incluso si te quedaban llamadas en tu cuota.
Puedes contactarnos a través de nuestro canal de chat para recibir asistencia inmediata. Siempre estamos en línea de 8 a. m. a 5 p. m. (EST). Si nos contactas fuera de ese horario, te responderemos lo antes posible. Además, puedes escribirnos por correo electrónico a [email protected]
Para darte la oportunidad de probar nuestras APIs sin compromiso, ofrecemos una prueba gratuita de 7 días que te permite realizar hasta 50 llamadas a la API sin costo. Esta prueba solo se puede usar una vez, por lo que recomendamos aplicarla a la API que más te interese. Aunque la mayoría de nuestras APIs ofrecen prueba gratuita, algunas pueden no hacerlo. La prueba finaliza después de 7 días o cuando realices 50 solicitudes, lo que ocurra primero. Si alcanzas el límite de 50 solicitudes durante la prueba, deberás "Iniciar tu Plan de Pago" para continuar haciendo solicitudes. Puedes encontrar el botón "Iniciar tu Plan de Pago" en tu perfil bajo Suscripción -> Elige la API a la que estás suscrito -> Pestaña de Precios. Alternativamente, si no cancelas tu suscripción antes del día 7, tu prueba gratuita finalizará y tu plan se cobrará automáticamente, otorgándote acceso a todas las llamadas a la API especificadas en tu plan. Ten esto en cuenta para evitar cargos no deseados.
Después de 7 días, se te cobrará el monto total del plan al que estabas suscrito durante la prueba. Por lo tanto, es importante cancelar antes de que finalice el periodo de prueba. No se aceptan solicitudes de reembolso por olvidar cancelar a tiempo.
Cuando te suscribes a una prueba gratuita de una API, puedes realizar hasta 50 llamadas. Si deseas realizar más llamadas después de este límite, la API te pedirá que "Inicies tu Plan de Pago". Puedes encontrar el botón "Iniciar tu Plan de Pago" en tu perfil bajo Suscripción -> Elige la API a la que estás suscrito -> Pestaña de Precios.
Las Órdenes de Pago se procesan entre el día 20 y el 30 de cada mes. Si envías tu solicitud antes del día 20, tu pago será procesado dentro de ese período.
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