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Wichita, United States
1927
When you make the decision to purchase an industry-leading aircraft, we are here to help. Beechcraft’s line of iconic King Air turboprops and built-for-adventure Baron G58 and Bonanza G36 piston aircraft have shaped the way pilots and businesses fly for more than 50 years. Cessna’s line of Citation jets, Caravan turboprops and classic piston aircraft dominate the sky. From learning to fly to flying your business, you’ll find your aircraft solution at Cessna. Welcome to aviation’s most iconic family: Beechcraft, Cessna and Hawker.
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Featured
Cessna Aircraft | Jet Turboprop and Piston Models
... Cessna Aircraft | Jet Turboprop and Piston ...
Ottawa, Canada
1-10 Employees
2018
We are loyal to our roots, and loyal to our customers. In 2019, the TBM airplane family was joined by the Kodiak utility turboprop aircraft, which is made in the U.S. Both the TBM and Kodiak leverage the full advantages of a worldwide organization with expertise in aviation manufacturing, logistics, technology and services. In 1990, the TBM 700 was the first pressurized single-engine turboprop to be certified, which directly paved the way for today’s TBM family. The TBM aircraft was born in Tarbes, France, resulting from a partnership with Texas-based Mooney Aircraft. Launched as the TBM 700 with an engine power of 700 hp., the program grew with the TBM 850 under Daher’s ownership and reached new heights with the TBM 900-series, beginning in 2014. The TBM Owners and Pilots Association (TBMOPA) welcomes the community around the TBM aircraft: owners, pilots, operators and partners. TBMOPA encourages a partnership of communication and information exchange with Daher and its TBM Care team, as well as related organizations.
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Daher, turboprop aircraft manufacturer - TBM 960, TBM 910, Kodiak 100 series III and support all previous models.
... Daher, turboprop aircraft manufacturer - TBM 960, TBM 910, Kodiak 100 series III and support all previous models. ...
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Featured
Specialists in selling & buying turboprops and jet aircraft
... A R Aviation Ltd is a company that specialises in the sale and acquisition of business turboprops and jet aircraft. ...
Stockholm, Sweden
1-10 Employees
2018
At neptech, our mission is to provide engineers in the Nordic Countries with access to Fidelity Pointwise, enabling them to optimize and streamline their simulation processes. Our mission is a multifaceted commitment, embracing various dimensions of our business. We are committed to continuously developing and expanding our expertise in meshing software distribution and support, ensuring that our clients have seamless access to the most advanced solutions and unparalleled assistance in utilizing Fidelity Pointwise effectively. We are dedicated to build long-lasting relationships with our clients by understanding their unique needs, providing personalized guidance on software selection, and ensuring they achieve exceptional results through our comprehensive support services. We are determined to stay at the forefront of technological advancements in the field of meshing software, and adapting to the ever-evolving needs of engineers, organizations and academic institutions, to facilitate their success with our partner’s software solutions. We are committed to establishing ourselves as a leading provider of meshing software solutions within the Nordic region, becoming the go-to partner for engineering excellence. We are devoted to offer comprehensive training and educational resources to empower engineers and researchers, fostering a community of proficient users. We are resolute in conducting business with integrity, and promoting environmentally responsible work practices.
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neptech – Reliable Computational Solutions
... Meshing and CFD Simulations of High-Lift Devices Design in a Turboprop Aircraft ...
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Beechcraft King Air 90 Private/Business Turboprops Aircraft Desktop Model.
... Beechcraft King Air 90 Private/Business Turboprops Aircraft Desktop Mo – The Wooden Model ...
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Aircraft Text Jet Fighters Sabre, Mig and turboprop Wyvern. Aircraft Text Jet Fighters Sabre, Mig and turboprop Wyvern. From WWI and WWII aviation makes great improvements to the aerodynamics and to engine power.
... Aircraft Text Jet Fighters Sabre, Mig and turboprop Wyvern. Aircraft Text Jet Fighters Sabre, Mig and turboprop Wyvern. From WWI and WWII aviation makes great improvements to the aerodynamics and to engine power. - Mumford ...
Adelaide, Australia
1-10 Employees
2016
TurbAero is committed to protecting and respecting your privacy. In addition to various senior roles with leading global investment banks, Andrew has previously co-founded and run a non-bank financial services business operating across finance, insurance and funds management operations. Offering significant advantages over piston engines, the TurbAero turboprop engine is set to become the superior powerplant choice for the aviation enthusiast.
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Featured
Turboprop Engine | Light Aircraft Engine. • TurbAero
... Turboprop Engine | Light Aircraft Engine. • ...
Bengaluru, India
501-1000 Employees
1997
When time is of essence, you need somebody you can trust to take you places. Where efficiency matters, you need somebody who can deliver superior quality. And while breaking away from the hassles of owning an aircraft, you need somebody with top-notch proficiency. Having understood this, Deccan Charters offers you tailor-made aviation solutions to suit your every need. Deccan Charters, offers you tailor-made aviation solutions to suit your every need. If you already own an aircraft or are planning to own one, Deccan Charters' unique Aircraft Management Services helps you break free from any worries of managing your aircraft. Leave it to Deccan to take over all your hassles of aircraft ownership while you concentrate on what you do best, managing your business.
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Featured
Deccan Charters - Air Charter Services in India, Air Charters in India, Aircraft, Jet, Turboprop, Helicopter
... Deccan Charters - Air Charter Services in India, Air Charters in India, Aircraft, Jet, Turboprop, ...
Ireland
51-100 Employees
2013
The Abelo team has amassed decades of experience in the regional aircraft sector and are passionate about providing a friendly and expert leasing solution. The Abelo platform offers a full-service leasing suite with in-house capabilities in all areas. Abelo: Reaching new heights in the turboprop sector. We are working to make air travel more sustainable, efficient and economical – and, in certain locations, a quicker, cleaner alternative to longer road journeys.Our style is personal but passionate and trusted by our partners globally. We are innovative in our approach and lead by example. The Abelo team, with its diverse regional aviation experience, is skilled, customer-focused, and passionate. Together we are reaching new heights in the turboprop sector. Focused on the latest in turboprop technology, Abelo serves the growing market of environmentally conscious travellers.
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Featured
Homepage - Abelo
... The turboprop aircraft provides a clear transition towards sustainable aviation. The Abelo team has amassed decades of experience in the regional aircraft sector and are passionate about providing a friendly and […] ...
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Top-Rated Aircraft Maintenance Services: Expert Care for Your Fleet
... Aircraft Maintenance Services EASA approved service center capable of performing line and maintenance works on 40 different piston and turboprop aircraft. ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for Turboprop Aircraft
| Country with most fitting companies | United Kingdom |
| Amount of fitting manufacturers | 11 |
| Amount of suitable service providers | 10 |
| Average amount of employees | 1-10 |
| Oldest suiting company | 1927 |
| Youngest suiting company | 2018 |
A turboprop aircraft is propelled by a turbine engine that drives a propeller, combining the advantages of jet propulsion's high-speed capabilities with the efficiency of propeller-driven systems at lower speeds and altitudes. This unique propulsion mechanism distinguishes turboprops from their jet and piston counterparts, offering a blend of efficiency and performance particularly suited to short to medium-haul flights. The efficiency of turboprop engines lies in their ability to convert a greater portion of fuel into usable thrust in these flight regimes, compared to pure jet engines which perform best at high altitudes and speeds. This makes turboprops an ideal choice for regional and commuter airlines, as well as for applications requiring short takeoffs and landings, including cargo transport and aerial firefighting. The reduced operational costs and ability to operate in more varied and less equipped environments have bolstered the popularity of turboprop aircraft within their niche markets. Moreover, advancements in turboprop technology have further enhanced their fuel efficiency, reducing greenhouse gas emissions and contributing positively to environmental sustainability efforts within the aviation industry. Thus, turboprop aircraft play a crucial role in providing versatile, cost-effective, and environmentally friendlier air transport solutions, especially in regions where airport infrastructure is limited or where the operational economics favor their unique attributes.
1. Cost Efficiency
Turboprop aircraft are renowned for their cost efficiency, particularly in terms of fuel consumption and maintenance expenses. They utilize less fuel than jet engines over similar distances, especially on short to medium-haul flights, making them an economically viable option for airlines and private owners alike.
2. Performance in Varied Conditions
These aircraft excel in their ability to take off and land on shorter runways. This capability allows access to more remote airports, increasing the flexibility of flight plans and destinations. Furthermore, turboprops can perform admirably in challenging weather conditions, offering reliability and safety.
3. Passenger Comfort
Despite common misconceptions, turboprop planes provide a high level of comfort for passengers. They often feature spacious cabins with ample legroom and are designed to produce less cabin noise. This ensures a more pleasant travel experience, particularly for regional flights.
4. Environmental Footprint
Turboprops have a smaller environmental footprint compared to their jet engine counterparts. They emit fewer greenhouse gases per passenger, contributing to a more sustainable aviation industry. This aspect is increasingly important for both operators and passengers conscious of their environmental impact.
1. Performance and Reliability
Evaluate the aircraft's operational performance, including speed, range, and fuel efficiency. Reliability metrics such as mean time between failures can indicate the aircraft's dependability.
2. Cost of Ownership
Consider not only the purchase price but also ongoing costs like maintenance, fuel consumption, and insurance. A lower total cost of ownership can significantly impact long-term budgets.
3. Safety Records
Research the safety history of the aircraft model and manufacturer. High safety standards and a solid track record are paramount for operational security.
4. Manufacturer Support and Services
Assess the level of post-sale support offered by the manufacturer, including spare parts availability, training programs for pilots and technicians, and customer service responsiveness.
5. Technological Advancements
Look for modern features and technologies that enhance operational efficiency, safety, and passenger comfort. These may include advanced avionics, automation systems, and environmental performance.
6. Customization Options
Determine the extent to which the aircraft can be customized to meet your specific operational needs, including seating configurations, cargo space, and special equipment installations.
Turboprop aircraft are highly valued in the logistics and freight industry for their ability to efficiently handle short-haul shipments. Their capability to take off and land on shorter runways makes them ideal for delivering goods to remote areas with limited infrastructure. This attribute is particularly beneficial for companies requiring timely distribution of perishable items or critical supplies to less accessible regions. In the realm of corporate travel, these aircraft offer a practical solution for businesses. Their cost-effectiveness and flexibility in accessing smaller airports close to final destinations allow companies to save on travel time and expenses. This advantage is significant for firms with frequent travel needs between regional offices or facilities, enhancing productivity by reducing transit times. Agriculture represents another vital sector where turboprop aircraft find extensive use. They are instrumental in aerial spraying operations, covering large areas quickly and efficiently with pesticides or fertilizers. This efficiency is critical for managing vast agricultural lands, ensuring timely crop treatment and contributing to higher yield potentials. Emergency medical services (EMS) also benefit from the versatility of turboprop aircraft. Their swift response capabilities and ability to operate in diverse conditions make them invaluable for medical evacuation and patient transport, especially in areas lacking in medical facilities. This use case underscores the aircraft's role in saving lives and providing critical care in emergencies.
Turboprop aircraft stand firmly at Technology Readiness Level 9 (TRL 9), indicating that they are at the apex of technological maturity, with their designs validated in operational environments. This high TRL is attributed to the extensive history and evolution of turboprop technology, which has seen continuous advancements since its inception in the mid-20th century. The core technical reasons underscoring this level involve the robust, reliable nature of turboprop engines which have been refined over decades of research, development, and operational use. These engines combine the efficiency of turbojet engines with the reliability and simplicity of propeller-driven systems, making them ideal for short to medium-range flights, especially in challenging environments where short takeoffs and landings are necessary. Furthermore, advancements in materials science have allowed for lighter, more durable components, while aerodynamic optimizations have significantly improved their fuel efficiency and performance. The integration of modern avionics and control systems has further solidified their status at TRL 9 by enhancing safety, navigational precision, and overall operational capability. The culmination of these technical achievements means that turboprop aircraft not only meet current aviation standards but are also highly optimized for a variety of commercial, military, and cargo applications, reflecting their fully mature and operationally proven status.
In the Short-Term, advancements in turboprop aircraft technology are heavily focused on enhancing fuel efficiency and reducing emissions. Manufacturers are investing in more aerodynamic designs and lightweight materials to achieve these goals. Additionally, the integration of more sophisticated avionics systems is expected to improve navigation, safety, and operational efficiency. These upgrades make turboprops more competitive with their jet counterparts, especially for short to medium-haul flights. Moving into the Mid-Term phase, the industry anticipates a significant shift towards electrification. Hybrid propulsion systems, combining traditional turboprop engines with electric motors, are likely to become more prevalent. These systems aim to further reduce carbon emissions and operating costs. Also, advancements in battery technology are expected to enhance the range and performance of these hybrid aircraft, making them viable for a broader array of commercial and cargo operations. In the Long-Term outlook, the development and deployment of fully electric turboprop aircraft are envisioned. This phase will likely see the emergence of breakthroughs in energy storage and propulsion technologies, enabling these aircraft to match or even exceed the performance of their fossil fuel-powered predecessors. The long-term phase also holds potential for incorporating autonomous flight capabilities, significantly transforming the operational dynamics of turboprop aircraft within the aviation industry.
