Disclosure: Some links in this article are affiliate links. We may earn a commission on qualifying purchases at no extra cost to you.
RC jets split into two completely different hobbies that happen to share a name. On one side: electric ducted-fan planes you can fly at any club field for the cost of a LiPo. On the other: kerosene-burning turbines that require an AMA waiver, a mentor, 50 high-performance flights in your logbook, and a budget that starts around $5,000 once you add the engine. Most roundups blend these two audiences into a single list and serve neither well. This guide runs two parallel tracks.
The EDF section covers nine models from 50mm entry-level to 90mm advanced, with honest skill floors, documented failure points, and real prices. If you're coming from prop planes and wondering whether you're ready — the short answer is that you need low-wing experience before almost any jet on this list, with one specific exception. The turbine section walks through what entry actually costs, what the AMA waiver process looks like, and which airframes experienced pilots build their first kerosene program around.
One thing worth stating upfront: EDF flight times are genuinely short. Three to five minutes per pack on 6S is normal, not a defect. Budget for at least three batteries before you fly anything larger than 64mm, and buy a proper balance charger.
What to Know Before You Buy Any RC Jet
EDF vs. Turbine — The Honest Split
An EDF jet moves air through a ducted fan driven by an electric motor. It runs on LiPo batteries, needs no fuel system, and can fly at any field that permits electric planes. Fan diameter — 50mm, 64mm, 70mm, 80mm, 90mm — is the most useful proxy for cost, performance, and required skill. Bigger fans need more voltage (4S to 6S or even 8S), more capable radio systems, and pilots who have already learned how jets handle near a stall.
A turbine jet burns jet-A or diesel, produces real thrust from a real gas turbine engine, and is governed by AMA document 510-A. You cannot fly one without an AMA Turbine Waiver. The waiver requires at minimum 50 documented high-performance flights (on models capable of 100+ mph sustained), 20 mentored turbine flights under an Experienced Turbine Pilot, a qualification flight, and a $35 processing fee. Your first five solo flights after passing still require an experienced pilot present who knows how to perform an emergency shutdown. Not all clubs allow turbines — noise and space are real constraints.
If you are reading this as a pilot with 20–30 hours on a trainer, the turbine section is background reading. Come back in two or three years.
Fan Size, Voltage, and Skill — The Quick Reference
| Fan Size | Typical Voltage | Price Range (airframe) | Minimum Prerequisite |
|---|---|---|---|
| 50mm | 3S–4S | $90–150 | Low-wing prop experience |
| 64mm | 4S | $150–250 | Low-wing prop experience |
| 70mm | 3S–6S | $240–400 | Low-wing prop experience, or Habu STS as exception |
| 80mm | 6S | $300–680 | Prior EDF time (64mm or 70mm) |
| 90mm | 6S–8S | $500–700 | Significant EDF experience |
Why Jets Are Different From Prop Trainers
Jets have higher stall speeds, no propeller gyro effect to help self-correct, and very limited time to fix a bad approach. A tip-stall in a tight turn at low speed is the most common way foam jets get broken. The correct fix is throttle — keep energy up in turns, fly wider circuits than you think you need, and always have an escape route. None of the models on this list are forgiving of slow, flat approaches the way a high-wing trainer is.
Quick Picks — EDF Jets at a Glance
| Model | Fan | Skill | Price | Best For |
|---|---|---|---|---|
| Arrows Viper 50mm PNP | 50mm 11-blade | Intermediate | ~$90–110 | First EDF on a budget |
| FMS Futura 64mm PNP | 64mm 11-blade | Intermediate | ~$170 | Step-up with retracts |
| E-flite Habu STS 70mm | 70mm 10-blade | Beginner (SAFE) | $240–400 | Genuine first-ever EDF |
| E-flite Habu SS 70mm | 70mm 10-blade | Intermediate | ~$300 | Habu STS graduate |
| E-flite Viper 70mm BNF | 70mm | Intermediate | ~$330 | First full-house 70mm |
| Freewing F-86 Sabre 80mm HP | 80mm 9/12-blade | Intermediate | ~$310–340 | Scale intro to 6S |
| Freewing Avanti S V2 80mm | 80mm 12-blade | Intermediate | $429 | Benchmark 80mm sport jet |
| Freewing A-10 V2 Twin 80mm | 2× 80mm | Int–Advanced | ~$600–680 | Twin EDF warbird |
| Freewing F-16C V2 90mm | 90mm 12-blade | Advanced | $599 | Performance 90mm |
EDF Jets — Ranked by Skill Level
#1 — E-flite Habu STS 70mm — The One EDF That Can Be Your First
The Habu STS is the single genuine exception to "you need prior low-wing experience before an EDF." Horizon Hobby lists it as Skill Level 3, which is accurate for the sport mode — but with SAFE Beginner enabled and Panic Recovery on a switch, a careful new pilot can learn on it. RC-Airplane-World and others have documented this in practice, not just in marketing copy.
Specs:
- Fan: 70mm 10-blade, tuned motor
- Wingspan: 1029mm (40.5 in) / Length: 1143mm (45 in)
- ESC: 70A Avian Smart Lite telemetry
- Battery: 3S 4000mAh Smart (4S optional)
- Retracts: fixed tricycle gear, steerable nose wheel, oversized tires
- Construction: EPO foam
- CG: 90–100mm from leading edge
- Formats: RTF Basic (EFL015001, $399.99) / Smart PNP (EFL01575, $239.99)
The airframe is durable enough to survive rough landings, the fixed gear eliminates one failure mode entirely, and the oversized tires handle grass reasonably well. SAFE Beginner mode imposes bank and pitch limits and self-levels on stick release. Panic Recovery brings you back to wings-level from nearly any upset with a single switch flip.
Where it falls short: the PNP is backordered (next shipment July 2026 as of this writing), the RTF requires a 5+ channel Spektrum-compatible transmitter for SAFE to function, and experienced pilots will outgrow it quickly. The natural graduation path is the Habu SS below.
Pros: Genuine first-ever EDF option; SAFE + Panic Recovery; durable airframe; grass-capable fixed gear
Cons: PNP currently on backorder; tame once skilled; needs proper Spektrum TX
Perfect for: Pilots stepping straight into jets, or anyone who wants maximum safety net while learning EDF fundamentals
#2 — Arrows Viper 50mm EDF PNP — Best Value First EDF
If you already have low-wing prop experience and want the lowest reasonable entry point into jets, the Arrows Viper 50mm sits at roughly $90–110 and runs on a 3S 1500mAh — a pack most pilots already own. The Vector gyro on current production makes hand launches considerably easier, and the 773mm wingspan gives it enough wing area to avoid the vicious tip-stall behavior of smaller delta-wing jets.
Specs:
- Fan: 50mm 11-blade
- Wingspan: 773mm / Length: ~820mm
- Motor: 2627-4500kV brushless / ESC: 30A with 3A BEC
- Battery: 3S 1500mAh (4S compatible)
- Retracts: none — hand launch, belly/skid landing
- Construction: EPO foam
- Format: PNP (ARH012P-VEC)
The absence of landing gear is the main limitation. You need reasonably smooth grass or a mat for belly landings, and hand-launching without a hard-level toss will cost you a nose-in on the first roll. Community threads on GBLynden and RCTech consistently recommend setting dual rates and expo before the maiden — the ailerons are sensitive at speed. The 4S upgrade path exists if you want more energy.
This is not a first-ever plane. It's a first-ever jet for someone with real stick time behind them.
Pros: Lowest cost of entry on this list; Vector gyro aids hand launch; 3S/4S flexibility; community-proven value
Cons: No landing gear; very input-sensitive — expo essential; belly landings only
Perfect for: Budget-conscious intermediate pilots ready to try their first jet
#3 — FMS Futura 64mm EDF PNP — Step-Up With Retracts
The Futura sits at the 64mm tier with retracts, reverse thrust, and a CNC trailing-link gear setup — features that most entry EDFs skip entirely. Co-developed with Tomahawk Aviation, V3 lands on a 40A Hobbywing ESC and a 2840-KV3150 motor. At roughly $170, it's the most complete package in the under-$200 EDF bracket.
Specs:
- Fan: 64mm 11-blade
- Wingspan: 900mm
- Motor: 2840-KV3150 / ESC: 40A Hobbywing reverse thrust
- Battery: 4S 2200–3500mAh
- Retracts: included, CNC all-metal trailing-link electric, spring-loaded
- Construction: EPO40 foam
- Format: PNP (also available RTF)
The issues are real and worth stating. Some owners report nose gear bending on grass — it wasn't designed for rough surfaces. A subset of buyers have reported motor failures mid-flight; FMS is working through warranty cases. Flight times run 3–4 minutes on a 2200mAh pack, which is normal for 64mm but still short — go to a 3000–3500mAh 4S for useful sessions. The reverse thrust is a genuine landing aid on short strips.
Pros: Retracts and reverse thrust at 64mm price; Hobbywing ESC quality; metal trailing-link gear; glueless assembly
Cons: Nose gear fragile on grass; motor reliability reports in a subset of units; short stock flight times
Perfect for: Pilots with low-wing time who want their first jet with proper landing gear
#4 — E-flite Habu SS 70mm EDF — The Habu Graduate's Jet
The Habu SS is what the STS becomes once you've learned on it and want more. Same platform, more performance: the 4S–6S range covers everything from gentle sport flying to near-100 mph dives, and the AS3X + SAFE Select give you the option to turn the safety net off entirely when you're ready. Horizon calls it the "perfect first-ever EDF" for pilots who already have low-wing experience — which is accurate.
Specs:
- Fan: 70mm 10-blade
- Motor: tuned brushless / ESC: 70A Avian Smart Lite
- Battery: 4S–6S 3200–4000mAh
- Retracts: fixed gear standard (removable for hand launch)
- Construction: composite-reinforced EPO
- Format: BNF Basic (EFL0950) / PNP (EFL0975)
The BNF Basic locks you into the Spektrum ecosystem, which is worth knowing before you buy. If you're already running a Spektrum transmitter, it's a non-issue. The 6S upgrade path unlocks vertical that the STS can't match. Price is approximately $300 — verify current availability at Horizon.
Pros: Full 4S–6S range; AS3X + SAFE Select on BNF; natural Habu STS upgrade path; strong Horizon parts support
Cons: Faster and less forgiving than STS; not a first-ever plane
Perfect for: Pilots who learned on the Habu STS or have equivalent low-wing EDF experience
→ Search for E-flite Habu SS 70mm on Amazon
#5 — E-flite Viper 70mm EDF BNF Basic — First Full-House 70mm
The Viper 70mm is the step after the Habu platform: real electric retracts, thrust reversing, shock-absorbing struts with softer tires, and an 85A Avian Smart Lite ESC on a higher-performance motor. Horizon explicitly states it should not be a first-ever plane — they recommend the Habu SS or E-flite F-15 64mm as prerequisites. That's honest advice worth heeding.
Specs:
- Fan: 70mm
- Motor: higher-performance Spektrum brushless / ESC: 85A Avian Smart Lite, thrust-reversing
- Battery: (verify with Horizon for current spec)
- Retracts: included, shock-absorbing struts, softer tires
- Construction: composite-reinforced EPO
- Format: BNF Basic (EFL077500) / ARF Plus
- Current price: ~$329.99
The original Viper had wire landing gear that was unfriendly to new jet pilots — Horizon addressed this in the current version with proper shock-absorbing gear and wider tires. Best results on paved runways or short-cut grass. The AS3X + SAFE Select on BNF makes it accessible to pilots who are experienced but not jet-experienced.
Pros: Retracts, reverse thrust, AS3X/SAFE Select at the 70mm tier; updated gear vs original; strong Horizon support
Cons: Needs prior EDF time; paved/manicured grass preferred; Spektrum-only on BNF
Perfect for: Pilots stepping from the Habu platform to their first full-retract 70mm
#6 — Freewing F-86 Sabre 80mm HP — Scale Intro to 6S
The F-86 is what pilots describe when they say they want the "turbine whoosh" sound without the waiver. The 80mm 12-blade metal-housing fan produces a convincing kerosene sound at full throttle, and the scale Sabre looks are genuinely excellent at the flight line. The High Performance variant runs the 3658-1920kV inrunner combo on a 100A Hobbywing ESC — a meaningful upgrade over the standard outrunner version.
Specs:
- Fan: 80mm (12-blade metal housing standard; 9-blade HP variant with 3658-1920kV inrunner)
- ESC: 100A Hobbywing reverse-thrust
- Battery: 6S 4000–5000mAh
- Retracts: included, electric, metal shock-absorbing struts, drop tanks
- Construction: EPO foam, metal EDF housing
- Format: PNP (FJ20314P standard / FJ20315P HP)
- Current price: ~$309–340 (Motion RC — verify JS-rendered price)
The F-86 is not a fast jet — expect around 70 mph, limited vertical. If speed is the goal, the Avanti or F-16 90mm are the answer. The F-86's appeal is scale character and a forgiving flight envelope. Community advice is consistent: set 20% elevator expo, 30% aileron expo with multiple rates (ailerons are very powerful), and upgrade to the inrunner if you're on the standard outrunner version. The wing-spar separation reports come from the smaller 64mm F-86 — check and reinforce spars on the 80mm as a precaution.
Battery puffing is not the airframe's fault — it traces to over-discharging cheap packs. Use quality 6S cells and a proper balance charger.
Pros: Best scale sound-to-cost ratio; forgiving flight envelope; strong Motion RC parts support; inrunner upgrade transforms it
Cons: Not a speed machine; limited vertical; 64mm spar issue should prompt inspection on 80mm; ~3–4 min flight times
Perfect for: Pilots with 64mm/70mm EDF time who want a scale warbird with character
→ Search for Freewing F-86 Sabre 80mm on Amazon
Primary retailer: motionrc.com — Freewing F-86 Sabre HP 80mm PNP
#7 — Freewing Avanti S V2 80mm EDF — The Benchmark 80mm Sport Jet
The Avanti S is what the 80mm EDF category gets measured against. Designed by Sebastiano Silvestri (SebArt), it has a wide flight envelope — it will cruise comfortably at half throttle, do legitimate aerobatics at full power, and its trailing-link suspension gear is the primary reason experienced pilots stop talking about grass-capable jets and start flying them. Motion RC's 4.7/5 from 281 reviews is the most substantive rating on this list.
Specs:
- Fan: 80mm 12-blade metal housing
- Motor: 3658-2150kV inrunner (V2) / ESC: 100A thrust-reversing Hobbywing
- Wingspan: 1236mm / Length: 1300mm
- Battery: 6S 22.2V 4000–6000mAh EC5
- Retracts: included, trailing-link suspension struts, grass-capable
- Construction: EPO foam, composite-reinforced
- Format: PNP (FJ21235P, $429) / ARF Plus / KIT
- Top speed: up to ~180 kph (V2, vendor claim)
The V2 upgrade from the original Avanti is substantive: 12-blade fan, 3658-2150kV inrunner (replacing the 3530-1850kV outrunner), stronger nose gear, plastic cover on the power compartment, new elevator hinge, CG marker on the lower wing, 4 LED nav lights, and upgraded control horns. These aren't marketing iterations — each one addressed a real failure mode from the V1.
The PNP is out of stock at Motion RC as of publication; the ARF Plus variant is available. If you want optional Reflex V3 gyro, you need an 8-channel receiver.
Pros: Benchmark 80mm flight envelope; trailing-link gear; 4.7/5 across 281 real-world reviews; V2 addresses all major V1 failure points; strong parts support
Cons: PNP currently out of stock; 6S flight times still 3–4 minutes; Reflex gyro needs 8-ch
Perfect for: Any intermediate EDF pilot ready to step into 6S who wants the most well-rounded 80mm available
→ Search for Freewing Avanti S V2 on Amazon
Primary retailer: motionrc.com — Freewing Avanti S V2 80mm PNP
#8 — Freewing A-10 Thunderbolt II V2 Super Scale Twin 80mm — The Twin That Works on Grass
The A-10 is the only 1700mm twin EDF on this list, and its grass capability — verified in community videos on 3-inch grass — is the reason it's here rather than the equally capable F-16 80mm twin. The V2 update added quick-release main wings (genuine transport improvement for a 67-inch span), muzzle-flash LED, painted CNC shock struts with main gear doors, and an enlarged battery bay.
Specs:
- Fan: twin 80mm (9-blade 3530-1900kV outrunner, or 12-blade 3658-2150kV inrunner variant)
- ESC: twin 100A reverse-thrust
- Wingspan: 1700mm (67 in)
- Battery: two 6S 5000–6000mAh
- Retracts: included, trailing-link, metal trunnions, hardened steel pins, gear doors
- Construction: EPO foam, carbon spars, plywood ribs, aluminum blocks
- Format: PNP (FJ31114P) / ARF Plus / inrunner-with-gyro variant
- Current price: ~$599–679 (Motion RC — verify)
Two issues to know before flying it. First, it requires two matched 6S packs — the cost and weight of twin packs is real, and mismatched cells will affect power balance between the nacelles. Second, V2 owners have noted negative ground incidence causing a "jump" on takeoff; the fix is a nose-gear spacer or enabling the gyro on the inrunner variant. The airframe is large enough that field transport requires planning despite the quick-release wings.
Pros: Grass-capable twin EDF; stable and predictable flight; V2 addresses V1 transport and structural issues; head-turning scale presence
Cons: Two matched 6S packs required; nose-gear takeoff jump on some V2 units; large transport footprint
Perfect for: Intermediate-to-advanced pilots who want a twin warbird and fly from a grass field
→ Search for Freewing A-10 Twin 80mm on Amazon
Primary retailer: motionrc.com — Freewing A-10 V2 Twin 80mm PNP
#9 — Freewing F-16C V2 90mm EDF — Advanced Performance, Paved Runway Preferred
The F-16 90mm is the performance ceiling of the foam EDF category. The V2 power system — 3668-1980kV inrunner with a 120A ESC — addresses the core complaint about earlier versions, which Hobby Squawk threads described as "wallowing like a hippo" on the stock outrunner. Quick-release wings, servo-driven scale airbrakes, and a slide-rail armament system are the other V2 additions.
Specs:
- Fan: 90mm 12-blade
- Motor: 3668-1980kV inrunner / ESC: 120A with 8A UBEC, thrust reversing
- Battery: 6S 5000mAh (8S Ultra Performance separate SKU)
- Retracts: included, painted CNC struts, servo-driven scale airbrakes
- Construction: composite-reinforced EPO
- Format: PNP (FJ30631P, $599) / ARF Plus
- Separate 8S SKU available for full performance
The wing loading is high for a foam airframe. On 6S stock, the F-16 is not underpowered with the new inrunner, but it demands CG precision and energy management that the Avanti or F-86 do not. It genuinely prefers paved runways — the narrow scale gear is a liability on rough grass. The 8S system is available for pilots who want full vertical, but it adds complexity and cost.
This jet belongs in the hands of a pilot who has at least a season on 80mm jets and understands EDF energy management. It is not a step-up from a 70mm Habu.
Pros: 90mm performance; V2 inrunner power system; quick-release wings; scale airbrakes; all V1 complaints addressed
Cons: High wing loading requires energy management; paved runway or manicured grass strongly preferred; narrow gear vulnerable on rough surfaces
Perfect for: Experienced EDF pilots wanting maximum performance from foam
→ Search for Freewing F-16C V2 90mm on Amazon
Primary retailer: freewing-model.com — F-16C V2 90mm PNP
EDF Comparison Table
| Model | Fan | Voltage | Wingspan | Price | Retracts | SAFE/AS3X | Grass OK? |
|---|---|---|---|---|---|---|---|
| Arrows Viper 50mm | 50mm 11-bl | 3S/4S | 773mm | ~$90–110 | No | No (Vector gyro) | Belly only |
| FMS Futura 64mm | 64mm 11-bl | 4S | 900mm | ~$170 | Yes (CNC) | No | Marginal |
| E-flite Habu STS 70mm | 70mm 10-bl | 3S/4S | 1029mm | $240–400 | Fixed gear | SAFE + AS3X | Yes |
| E-flite Habu SS 70mm | 70mm 10-bl | 4S–6S | Habu | ~$300 | Fixed | SAFE Select + AS3X | Yes |
| E-flite Viper 70mm | 70mm | verify | verify | ~$330 | Yes (shock) | SAFE Select + AS3X | Short grass |
| Freewing F-86 80mm HP | 80mm 9/12-bl | 6S | verify | ~$310–340 | Yes (shock) | No | Yes |
| Freewing Avanti S V2 | 80mm 12-bl | 6S | 1236mm | $429 | Yes (trail-link) | Optional Reflex | Yes |
| Freewing A-10 V2 Twin | 2× 80mm | 6S×2 | 1700mm | ~$600–680 | Yes (trail-link) | Optional gyro | Yes (3" grass) |
| Freewing F-16C V2 90mm | 90mm 12-bl | 6S/8S | verify | $599 | Yes (CNC) | No | Paved preferred |
Turbine Jets — The Real Cost of Entry
What Turbines Actually Cost
There is no honest way to write the turbine section without leading with the numbers. Here is what a realistic first turbine program costs, not including the field fees and club membership:
| Item | Estimated Cost |
|---|---|
| Airframe (Turbinator 2 sale) | $919 |
| Turbine engine (KingTech K-80G class) | ~$2,450 |
| Fuel system (pump, tank, valves, filters) | $200–400 |
| Fire extinguisher + safety gear | $100–200 |
| Radio gear (8-ch minimum) | $200–400 |
| Servos, retracts (if not included) | $200–400 |
| Realistic total (low end) | ~$4,100–4,800 |
| Hangar 9 Viper 100N turnkey combo | $4,699 |
A turnkey combo like the Hangar 9 Viper + KingTech K-102G4+ bundle at $4,699 is not an unreasonable path compared to assembling the same capability component-by-component. Add your transmitter, fuel, and consumables on top.
Experienced owners also budget ~$500 for unexpected turbine service over a season. Most turbine problems trace to the fuel system — filter blockages, valve sticking, fuel pump wear — not the engine itself.
The AMA Turbine Waiver — What It Actually Requires
Per AMA documents 510-A and 510-D, the turbine waiver process works as follows:
Prerequisite flights: At minimum 50 documented flights on a high-performance model capable of sustained 100+ mph. These do not have to be turbine flights — a 90mm EDF or fast prop plane qualifies.
Mentorship: You must complete 20 turbine flights under direct supervision of an Experienced Turbine Pilot (defined as a pilot with a current waiver who has completed 20+ turbine flights in the preceding 24 months). During this period, your mentor must have the ability to perform an emergency shutdown from the pilot's transmitter.
Qualification flight: A supervised test flight with an approved evaluator.
Post-qualification: Your first five solo flights following qualification still require an Experienced Turbine Pilot present who knows the emergency shutdown procedure.
Fee: $35 processing fee for new applications ($38 by card/PayPal). Processing takes up to 10 business days.
Operating limits: Maximum 200 mph for fixed-wing turbines. Total installed static thrust across all engines cannot exceed 50 lbs.
This is not bureaucracy for its own sake — the waiver preserves your AMA insurance coverage. Flying a turbine without a current waiver means flying uninsured.
#1 — Boomerang Turbinator 2 — The Standard First Turbine Airframe
The Turbinator 2 gets recommended as a first turbine airframe in essentially every community thread where the question comes up. The reasons are consistent: it is built from genuine high-strength plywood with OraCover covering (not foam — repairs are simpler, crashes less terminal), it has a wide flight envelope that slows down for stable approaches, and the included electric retracts with electric brakes work reliably. Builders report the hardware is solid enough that there is nothing compelling to upgrade — buy a good turbine and fly it.
Specs:
- Type: Turbine-ready KIT airframe (no engine included)
- Turbine class: 60–70N (SwiWin 60-class compatible)
- Wingspan: 1778mm (70 in) / Length: 1750mm (69 in)
- Dry weight: 6.3 kg (14 lb)
- Retracts: included, electric with electric brakes
- Construction: high-strength plywood, OraCover covering
- Format: KIT (painted and unpainted versions)
- Current price: $919.20 on sale (regular $1,149) — Boomerang RC Jets
The kit nature is worth being clear about: this requires actual building — hinging, fuel system installation, leak testing. It is not a foam snap-together. If you are not comfortable with a balsa or plywood build, factor in time and a mentor for the assembly phase as well as the flying phase.
Pros: Most recommended first turbine airframe; plywood construction survives and repairs; wide flight envelope; solid included hardware
Cons: KIT build required; engine/fuel system sold separately; turbine waiver mandatory
Perfect for: Experienced pilots making their first turbine commitment, willing to do the build work
Primary retailer: boomerangrcjets.com — Turbinator 2
→ Search for Boomerang Turbinator 2 on Amazon
#2 — Hangar 9 Viper 100N Turbine Combo — The Turnkey Path
For pilots who want to minimize the component-matching exercise, the Hangar 9 Viper 100N combo bundles the airframe, a KingTech K-102G4+ turbine, 8 Spektrum servos, and a retract set. Everything is matched by Horizon's engineering team, and dealer support through Horizon is the strongest in the North American market. The Spektrum AR20410T PowerSafe receiver and Synapse AS3X+ module are included, which is a meaningful stability aid on a 100N turbine jet.
Specs:
- Type: Turbine ARF combo
- Turbine: KingTech K-102G4+ (100N class, included)
- Radio: Spektrum AR20410T PowerSafe + Synapse AS3X+ (included)
- Servos: 8 Spektrum servos (included)
- Retracts: included in combo
- Format: ARF combo
- Current price: $4,699.99 (Horizon Hobby)
- Skill level: Advanced/Expert (AMA waiver required)
The AMA 200 mph speed cap applies. Fuel, transmitter, ground support equipment, and field fees are all on top of the $4,699.
Pros: Fully matched system; Horizon dealer and parts support; AS3X+ stability; clear upgrade path if turbine needs service
Cons: $4,699 is a serious commitment; AMA waiver required; add another $300–500 minimum for consumables and fuel gear
Perfect for: Experienced pilots who want the least friction possible getting into their first 100N turbine program
Primary retailer: horizonhobby.com — Jets section
→ Search for Hangar 9 Viper 100N on Amazon
#3 — Boomerang Mini Viper — The EDF-to-Turbine Bridge
The Mini Viper is a full composite airframe (fiberglass fuselage, composite wings and stabs) that accepts either a 35–65N turbine or a 90mm EDF system. At roughly 10 lb on 8S EDF power, it flies meaningfully lighter than the Turbinator 2 and the JP retracts included are the consistent point of praise in owner feedback — specifically in comparison to the weak struts on other sub-$2,000 composite jets.
Specs:
- Type: Turbine-ready / 90mm EDF crossover composite ARF
- Turbine class: 35–65N
- EDF capable: 90mm
- Retracts: JP retracts included
- Construction: fiberglass fuselage, composite wings/stabs
- Format: ARF/KIT
- Current price: verify at boomerangrcjets.com
The composite construction is the caveat: foam crashes are survivable with epoxy and a parts order; composite crashes are more surgical and more expensive to repair. Pilots stepping into this from foam jets should adjust crash expectations accordingly.
Pros: Light composite construction; JP retracts standard; EDF + turbine dual-path; strong owner reviews on paint and finish
Cons: Composite less crash-friendly than foam; price needs on-site verification; turbine path still needs waiver
Perfect for: Advanced pilots bridging from 90mm EDF to their first turbine on a lighter, composite airframe
Primary retailer: boomerangrcjets.com — Mini Viper
→ Search for Boomerang Mini Viper on Amazon
Which RC Jet Should You Buy?
The right answer depends almost entirely on where you are in your flying progression, not on which model looks best on a bench.
You're new to RC flying entirely: Neither an EDF jet nor a turbine is the right first purchase. Start with a high-wing trainer — something like the HobbyZone AeroScout S 2 or E-flite Apprentice STS. Build 20–30 hours. Then come back to this list.
You have low-wing prop experience and want your first jet: Start with the Arrows Viper 50mm if budget is the constraint, or the Habu STS if you want maximum safety net and are willing to pay $240–400 for it. The Habu STS is the only EDF on this list that can genuinely be a step-up from a trainer rather than a step-up from other jets.
You have some low-wing EDF time and want a 64mm step-up: The FMS Futura 64mm gives you retracts and reverse thrust at the 64mm tier. Know about the nose gear limitation on grass before you fly it.
You want the benchmark 80mm sport jet: Freewing Avanti S V2. It is not the cheapest option at $429, but the trailing-link gear, 4.7/5 community rating, and V2's addressed failure points make it the clear choice.
You want a scale warbird on 6S: Freewing F-86 Sabre 80mm HP for the Sabre look and forgiving envelope; Freewing A-10 V2 twin for something nobody else has at the field.
You're experienced and want 90mm performance: Freewing F-16C V2. Paved runway preferred. Nail the CG.
You're an expert pilot ready for turbines: Boomerang Turbinator 2 for the lower-cost kit path; Hangar 9 Viper 100N combo if you want Horizon's dealer support and a fully matched system. Get the waiver first.
Common EDF Mistakes — What Goes Wrong
Flying too slowly in turns. The most common way foam jets get broken. Unlike a high-wing trainer, an EDF tips-stalls fast and low. Keep throttle on in turns, fly wider circuits, never let speed decay below pattern speed near the ground.
Weak hand launches. A flat or low-energy toss puts the plane below flying speed at launch. Throw hard and level, at full throttle. The F-86 and any nose-heavy jet is particularly vulnerable.
CG errors. Every Freewing thread eventually comes down to CG. Measure it before the maiden on every jet, every time. Foam can flex and CG shifts as batteries age.
Over-discharging LiPos. Short flight times tempt pilots to stretch packs. A 6S pack run below 3.5V per cell will puff and fail at a critical moment. Land with reserve, use a timer, buy enough packs to rotate.
Choosing a delta micro-jet first. Small delta-wing jets with tiny wing areas are more demanding than an F-86 or Avanti, not less. High sweep angles reduce stall warning. Start with higher-aspect-ratio 64mm jets.
Frequently Asked Questions
Q: Can an EDF jet be my very first RC plane?
The E-flite Habu STS with SAFE Beginner mode and Panic Recovery is the one genuine exception. Even then, flying a simulator and/or a traditional trainer first is the smarter path — jets stall faster than trainers and the margins for error on approach are narrower. Every other jet on this list requires prior low-wing prop experience.
Q: Why are EDF flight times only 3–5 minutes?
High-current 6S packs drain fast under the load of an 80mm or 90mm EDF at full power. This is physics, not a design flaw. The practical approach is three or four quality 6S packs rotated on a proper balance charger. Cruising at partial throttle extends times — the Avanti S on a 6S 5000mAh at cruise throttle can exceed 5 minutes.
Q: What's the difference between 64mm, 70mm, 80mm, and 90mm?
Fan diameter scales with thrust, current draw, required voltage, and price. A 64mm jet on 4S is manageable with a mid-range transmitter and standard-grade batteries. A 90mm on 6S requires a quality charger, good 6S packs, and an 8-channel transmitter minimum. Each tier step up raises the skill floor meaningfully.
Q: Do I need a gyro on my EDF jet?
On 70mm and smaller, the SAFE/AS3X systems on E-flite jets handle this at the binding level. On Freewing foam jets, an optional Reflex V3 gyro makes takeoffs considerably easier, especially on grass, and helps in turbulence. It is not mandatory for experienced pilots but reduces risk on the maiden and on rougher airstrips.
Q: What does an AMA Turbine Waiver actually require?
Per AMA documents 510-A and 510-D: a minimum of 50 documented high-performance flights (on models capable of 100+ mph sustained), 20 mentored turbine flights under an Experienced Turbine Pilot, a successful qualification flight, a $35 application fee, and ongoing supervision for your first five post-qualification solo flights. Not all clubs permit turbines. The waiver is also your insurance mechanism — flying without it means flying uninsured.
Q: Is the Freewing Avanti S V2 significantly better than the V1?
Yes. The V2 moved from a 3530-1850kV outrunner to a 3658-2150kV inrunner with a 100A reverse-thrust ESC, added a 12-blade fan, fixed the elevator hinge that was a known failure point, strengthened the nose gear, added a CG marker, and installed 4 LED nav lights. These address the documented V1 failure modes. If you're buying an Avanti, buy V2.
Q: Can I convert a foam EDF jet to turbine power?
Generally no, not for AMA purposes. The AMA's turbine waiver program requires an airframe meeting minimum weight rules and specifically designed for turbine use — a foam EDF conversion cannot receive a turbine waiver checkride. Dedicated turbine airframes (Turbinator 2, Mini Viper, purpose-built jets) are the correct path.
Conclusion
EDF jets and turbine jets share a shape but almost nothing else. If you're building toward your first jet, the progression matters: trainer, low-wing prop, small EDF (50–64mm), larger EDF (70–80mm), and only then the high-performance tier or turbines for pilots willing to commit the time and money the waiver process actually requires.
The Freewing Avanti S V2 is the most consistently right answer for intermediate EDF pilots — its community ratings, documented improvement history, and trailing-link gear address the real-world conditions most club flyers face. The E-flite Habu STS is the only legitimate exception for complete newcomers who want to start on a jet. The Boomerang Turbinator 2 is where serious turbine programs start for pilots who have earned the waiver.
On the battery side, don't underestimate the investment: three good 6S packs and a balance charger are as important as the airframe choice for EDF pilots. On the turbine side, budget honestly — the engine alone is $2,450, and the waiver process takes months.
For more on the wider RC airplane world, the battery guide covers 6S cell selection and charger choices in detail. The flight controller guide is worth reading once you're thinking about adding AS3X or gyro stabilization to a PNP jet. If you're earlier in the progression, the beginner trainer guide is where to start.
