The ultimate purchasing advice: Micro DRACO 800mm BNF Basic - The compact RC aircraft in detail

Are you looking for a compact, high-performance RC aircraft with an authentic bushplane character? The E-flite Micro DRACO 800mm BNF Basic with AS3X and SAFE Select could be the right model for you. As a reduced version of the popular DRACO 2.0m, this officially licensed retrofit model by Mike Patey's ultimate coaching aircraft offers a variety of features while providing easy handling. In this detailed purchaser you will learn everything you need to know about this versatile RC aircraft.

Technical data and specifications

The compact Micro DRACO convinces with its sophisticated technical characteristics that make it a versatile flight model. Here you can find all relevant technical data at a glance:

The small Draco comes as a Bind-N-Fly (BNF) Basic version, which means that you only need a compatible transmitter, battery and charger to get started immediately. The integrated control unit combines a spectrum receiver with an electronic speed controller (ESC), which transmits in real time data such as battery voltage, power consumption and engine speed to a compatible spectrum AirWare transmitter.

Customer reviews and reviews

The user community of the Micro DRACO 800mm is mostly enthusiastic about this compact flight model. The excellent flight stability and user-friendly flight characteristics are particularly positively highlighted. Numerous pilots, especially those with medium skills, praise the balanced flight behaviour and the versatility of the model.

"The best micro plane I've ever flew" reports an experienced pilot with over 20 years of RC experience. "The AS3X technology ensures stable flight behavior even in light winds, while the SAFE function is perfect to escape from critical situations."

Several beginners report that the Micro DRACO is their first bush aircraft and they are thrilled with the possibility of landing on small areas. The LED illumination is also often positively mentioned, as it not only looks good, but also considerably improves orientation in dawning flights.

A recurring theme in the reviews is the surprise about the performance despite the compact size. Many users who already own the larger DRACO 2.0m have purchased the Micro DRACO as a complementary model for smaller airfields and are impressed by the authenticity of flight behavior.

Negative comments relate mainly to limited flight time and occasional problems with durability in harder landings. Some users also report initial binding problems with older spectrum transmitters, but they could usually be fixed by firmware updates.

Test results and flight behaviour

In extensive tests, the E-flite Micro DRACO 800mm BNF Basic shows impressive performances for its size class. The combination of brushless external rotor motor and four-leaf propeller provides considerable thrust, which allows both realistic bush flight maneuvers and more sporty flying inserts.

With a 3S 300mAh battery, the model offers a balanced ratio between performance and flight time. If you need more power, you can upgrade to a 4S 300mAh battery, which makes a noticeable advantage especially for start and climb maneuvers. The climbing performance with 4S configuration is impressive – in tests, pitch angles of more than 60 degrees were achieved, which is excellent for STOL demonstrations (Short Take-Off and Landing).

Particular emphasis should be placed on the effectiveness of the flaps that significantly change the flight behavior. With extended flaps, the Micro DRACO can fly extremely slow and stable and land on very short distances. In tests, landing rolls of under one meter were reached, which impressively demonstrates the bush flight capabilities.

AS3X technology (Artificial Stabilization - 3-Axis) ensures electronic damping of unwanted air movements and improves flight behavior noticeably, especially in light to medium winds. The optional SAFE Select function (Sensor Assisted Flight Envelope) offers additional stabilization and self-leveling properties that are particularly valuable for beginners.

Material quality and durability

The small DRACO is made from EPS (Expanded Polystyrene), a lightweight yet robust foam material that is widely used in the RC aircraft industry. The processing quality is above the average for models of this price class, with clean adhesives and precise fit of the individual components.

The reinforced areas are particularly positive at the critical points such as wing root and suspension. The carbon-fiber struts in the chassis give the model additional robustness in landings on uneven terrain.

The pre-installed servos make a high-quality impression and work precisely. The linkages are easily accessible and adjustable, which facilitates possible maintenance work. The cable feeders and plug connections are cleanly processed and protected laid.

With regular use and normal stress, an above-average service life can be assumed. However, it should be noted that EPS models are generally more susceptible to damage in the case of hard impacts than, for example, EPO models. Careful handling during transportation and landing is therefore recommended.

Flight times and energy management

With the recommended 4S 300mAh LiPo battery, the Micro DRACO reaches flight times between 6 and 8 minutes, depending on flight style and wind conditions. In the case of a predominantly quiet sliding flight with moderate gas use, up to 10 minutes are also possible.

The 3S configuration offers slightly longer flight times of 8-10 minutes, but with correspondingly reduced performance. For beginners and for longer, relaxed flights, this configuration is recommended, while advanced users will appreciate the additional performance of the 4S battery.

An important aspect is energy management during the flight. The real-time telemetry of the integrated receiver/ESC is extremely useful because it continuously transmits battery voltage, power consumption and other important parameters to the transmitter. Thus, the pilot always maintains full control over the remaining flight time and can start landing in time.

For longer flight sessions it is recommended to purchase several batteries. Due to the compact size of the 300mAh LiPos, these are relatively cheap and easy to transport. A quick charger with JST-RCY adapter should also be the basic equipment to minimize waiting times between the flights.

Transportability and handling

One of the biggest advantages of Micro DRACO is its excellent transport capability. With a span of only 790 mm and a length of 493 mm, the model fits easily into many backpacks or small transport bags. Compared to the large DRACO 2.0m, this is an enormous advantage for spontaneous flight trips.

The low weight of less than 250 grams (with battery) makes the transport also pleasant. In many countries, the model also falls under simplified drone regulations, which can be an important factor depending on local legislation.

The robustness of the model during transport is ensured by the firm connection of all components. Unlike larger models, parts need not be disassembled, which minimizes the risk of damage or lost small parts. Only the propeller should be protected or disassembled during longer transports in order to avoid damage.

For regular transport, it is recommended to purchase a suitable foam bag or a small alukoffer with appropriate inner padding. This provides optimal protection and at the same time organizes accessories such as batteries and chargers.

Spare parts supply and support

The spare part supply for the E-flite Micro DRACO 800mm is currently very good. As a product of an established manufacturer such as Horizon Hobby/E-flite, almost all components are available as individual parts. Especially frequently asked parts such as propellers, chassis components and servos are available for most specialist dealers.

The modularity of the design considerably facilitates repairs. Many components can be exchanged without special tools, which simplifies maintenance. The control unit with integrated ESC and receiver is available as a complete part, which in the event of a defect allows a quick recovery of flight capability.

The technical support by Horizon Hobby is rated primarily positively by customers. In case of problems with the model, a competent support team is available, which usually helps quickly and solution-oriented. The comprehensive documentation, including detailed explosion drawings and parts lists, also facilitates the identification of required spare parts.

Another advantage is the compatibility of many standard components. Thus, for example, the spectrum servos used can also be used in other models, which simplifies the maintenance of spare parts when operating several models.

Target group of small bus drivers

The Micro DRACO 800mm is aimed at a broad target group of RC pilots. Primary address:

1. Advanced beginners who want to switch from simpler training models to a more versatile aircraft. SAFE technology offers a safety net here, while AS3X stabilisation allows improved flight feeling.

2. Experienced pilots looking for a compact, transportable second model for smaller airfields. The Micro DRACO offers authentic STOL properties in a handy format, especially for bus flight enthusiasts.

3. Fans of Mike Patey's original DRACO airliner who are looking for a licensed replica in a practical size.

4. RC pilots with limited space, which do not want to miss the experience of a versatile flight model.

5. Photographers and video filmers looking for a stable, slowly flying model for aerial photography (where additional equipment would be required).

The model is less suitable for absolute beginners without any flying experience as well as for pilots who are primarily interested in high-speed flights or extreme 3D maneuvers.

Construction and commissioning

One of the biggest strengths of the Micro DRACO is its fast operational readiness. As BNF Basic (Bind-N-Fly) version, the model comes largely pre-assembled to the customer. The assembly time is less than 5 minutes and is essentially limited to:

1. Unpacking and checking components
2. attaching the battery with the included Velcro strap
3. Binding the receiver with the compatible transmitter
4. Configuration of flight modes and optional SAFE functions

The accompanying guide is clearly structured and well illustrated. The detailed explanations for configuring the different flight modes and for activating the SAFE Select functionality are particularly helpful. The adaptation of the Dual Council and Expo settings is also explained in detail.

Spectrum users will appreciate seamless integration into the spectrum ecosystem. After a short configuration, the telemetry functions are immediately ready for use and provide valuable data during the flight. A compatible module or an additional spectrum transmitter is required for pilots with other transmitter brands.

Overall, commissioning is also possible without problems for less technically experienced users. The few necessary steps are logically constructed and lead reliably to a successful first flight.

Community support and resources

Around the E-flite Micro DRACO 800mm has developed an active community that provides valuable resources for owners and interested parties. In numerous online forums and social media there are discussion groups that are specifically concerned with this model.

On platforms such as RCGroups and YouTube, extensive collections of experience reports, tips and tutorials are available. The numerous video guides on topics such as:

• Optimum focus adjustment
• Adapting the flap settings for different flight scenarios
• Modifications for performance enhancement
• Repair instructions for frequent damage

A special highlight of the community is the regular STOL competitions where Micro DRACO is often represented due to its excellent short-start and landing characteristics. These events not only offer entertainment, but also the opportunity to learn from experienced pilots and get tips for the optimal use of the model.

Horizon Hobby itself supports the community with regular updates to the recipient's firmware as well as with additional resources such as setups for different spectrum transmitters. These official resources complement the content generated by the community and provide a solid information base for all aspects of the model.

Alternatives and competitors products

There are some interesting alternatives to the Micro DRACO, which should consider potential buyers, in the segment of compact STOL aircraft:

FMS Ranger 850mm

With 850mm, the FMS Ranger offers a slightly larger span and similar STOL properties. Advantages are the more robust EPO design and the cheaper price. Disadvantages compared to Micro DRACO are the higher weight and the absence of a comparable mature stabilization system such as AS3X/SAFE.

Durafly Tundra 1300mm

For pilots who prefer a slightly larger model, the Durafly Tundra offers an interesting alternative. With a span of 1300mm, it is significantly larger than the Micro DRACO, but offers similar good bus flight properties. The larger dimensions ensure more stability in wind, but go at the expense of transportability and require larger airfields.

HobbyZone Carbon Cub S+ 1.3m

The Carbon Cub S+ from HobbyZone is also a product from the Horizon hobby and with SAFE-Plus technology offers even more extensive beginner aids, including automatic start and landing functions as well as GPS home function. However, it is significantly larger and more expensive than the Micro DRACO.

XK A160-J3 Skylark

As a budget alternative, the XK A160-J3 offers a similar flight behavior at a significantly lower price. However, the processing quality and electronics do not reach the level of the Micro DRACO and the advanced stabilization systems are lacking.

E-flie UMX Timber

For those looking for an even more compact model, the UMX Timber from the same home could be interesting. With only 700mm span, it is even smaller than the Micro DRACO, but offers similar STOL properties and also AS3X/SAFE technology.

In direct comparison, the Micro DRACO scores thanks to the optimal balance of size, performance and advanced electronics. No other model in this size class offers the same combination of licensed scale design, modern stabilization technology and authentic bush flight properties.

Value for money

With a sales price of about 189-219 euros (depending on the dealer), the E-flite Micro DRACO 800mm is positioned in the upper midfield of the compact RC aircraft. This pricing reflects the high-quality equipment and advanced technology.

If the components contained are considered, a differentiated picture of the price-performance ratio is obtained:

• The integrated receiver with AS3X/SAFE technology and telemetry functions represents a significant proportion of value.
• The five pre-installed servos are of good quality and would individually purchase a considerable amount.
• The powerful brushless external rotor motor and the 4-leaf propeller deliver above-average performance.
• The functional scale features such as flaps and extensive LED lighting cancel the model from cheaper alternatives.

As a BNF Basic version, the model requires additional investment in a compatible transmitter, battery and charger if not already present. This should be taken into account in budget planning.

In the long term, the price-performance ratio convinces by the good spare parts supply and the high resale value of E-flite products. Longevity in proper treatment also contributes to the positive assessment.

For beginners, the price could initially appear high, but the advanced stabilization systems and the resulting reduced "crash risk" justify the higher initial investment. Experienced pilots will appreciate the quality and authentic flight characteristics that justify the price.

Tips, tricks and optimizations

Optimum settings for different flight styles

The small Draco can be optimized for different flight styles with some adjustments:

• For realistic bus flights: Reduce the Dual Council to around 70% and add 15-20% Expo on cross-spindles and highspins. This ensures true-scale, quiet flight behavior.

• For more sporty flights: Increase the Dual Council to 100% and use 25-30% Expo for more precise control with faster maneuvers.

• For slow flights and landings: Programm the flaps with about 2-3% elevational rudder mix down to compensate for the pitch when you are running out.

Priority optimization

The factory recommended focus works well for most pilots. But carefully experiment:

• A slight displacement of the center of gravity forward (1-2mm) increases the stability in wind.
• A minimal rearward shift can improve agility, but requires more pilot experience.

Battery management

• Mark your batteries with numbers and run a simple logbook. To keep an overview of the usage cycles and the performance of each battery.
• Store LiPo batteries at about 3.85V per cell (not fully charged) for maximum service life.
• Invest in a high-quality charger with storage management that offers different charging modes for different situations.

Reinforcements and modifications

Some proven modifications from the community:

• Reinforcement of the suspension mount with thin carbon fiber foil for increased robustness.
• Installation of a small FPV system (under 10g) for immersive flight experiences.
• Exchange of the standard propeller against an efficiency-optimized for longer flight times or a performance-optimized for more thrust.
• Attach small vortex generators to the support surfaces for improved slow flight properties.

Maintenance and maintenance

• Regularly check all distractions on fixed seat and freedom of play.
• Clean the engine regularly from dust and dirt, especially after flights on grass pistes.
• Protect the foam surfaces with special RC model sealants for increased service life.
• Store the model in a dry, cool place, protected from direct sunlight to avoid material fatigue.

Frequent questions and solutions

"My transmitter cannot be connected to the receiver. What can I do?"

This common problem has several possible causes:

1. Transmitter compatibility: Make sure your transmitter is DSM2/DSMX compatible. Older spectrum transmitters can require firmware updates.

2. Binding process: Follow the instructions. Turn the receiver into the connect mode (usually by pressing the connect button during switching on) and then activate the connect mode at the transmitter.

3. Battery condition: Use fully charged batteries in transmitters and receivers for the binding process.

4. Occupational disorders: Perform the binding process in a low-impact environment, away from WLAN routers and other 2.4 GHz sources.

"How do I activate the SAFE function correctly?"

The SAFE function can be activated in two ways:

1. During the binding process: By pressing the binding knob on the receiver and simultaneously holding the gas billet in the upper position during the binding process.

2. About a free channel: After successful binding, SAFE can be assigned to a free channel (5 or higher) which is controlled via a tilt switch on the transmitter.

After activation, you should definitely test the reactions of the model on the ground before performing the first flight.

"My model moves to the right/left. How can I correct it?"

This tendency can have several causes:

1. Trimming: First use the digital trim at the transmitter to correct minor deviations.

2. Mechanical adjustment: For stronger deviations, adjust the linkages mechanically so that the rows are neutral when the trimming at the transmitter is neutral.

3. subtrim: Many spectrum transmitters offer a subtrim function with which the neutral position of the servos can be finely adjusted.

4. Sloping motor: Check the engine crash and side train. In case of deviations, small washers can provide remedy between the motor holder and the fuselage.

"How can I extend the flight time?"

Some proven methods for flight time extension:

1. Customize flight style: Fly with reduced gas and use wind.

2. More efficient propeller: A slightly larger diameter with a lower gradient can improve efficiency.

3. Weight reduction: Each saved gram counts. Check whether non-essential components can be temporarily removed.

4. Battery optimisation: Experiment with different types of batteries. Sometimes batteries with a slightly higher capacity (e.g. 350mAh instead of 300mAh) offer a better energy density.

"How do I really land the Micro DRACO on short distances?"

The STOL properties of the model come to bear especially when landing:

1. Gliding approach: Set the approach at low speed and extended flaps.

2. Controlled sinking: Keep a slightly positive setting and control the sinking flight with the gas.

3. Woven fabrics: Take away gas completely shortly before putting on and gently pull it on the altar.

4. Brakes after placing: After putting up, pull up rudders to brake aerodynamically.

With some exercise, landing distances of under one meter are possible, which perfectly reproduces the stimulus of the bustle.

Conclusion: For whom is the E-flite Micro DRACO 800mm suitable?

The small DRACO convinces as a versatile RC aircraft that closes the gap between simple trainers and more demanding scale models. Its strengths are clearly in the combination of compact size, advanced stabilization technology and authentic bush flight properties.

The model for:

• Advanced beginners looking for a fault-giving model with "growth potential"
• Experienced pilots who need a portable second model for smaller airfields
• STOL and Buschflug enthusiasts who appreciate authentic flight characteristics in a compact form
• Pilots looking for a practical "Feierabend-Modell" for fast, uncomplicated flights

The Micro DRACO is less suitable for absolute beginners without any flying experience as well as for pilots who are primarily interested in high-speed flights or extreme 3D acrobatics.

With its balanced price-performance ratio, high-quality processing and versatile flight characteristics, the E-flite Micro DRACO 800mm BNF Basic with AS3X and SAFE Select offers a convincing overall package that has proven itself in numerous tests and in daily practice. The good spare parts supply and the active community around the model also provide long-term fun with this compact bus driver.