Mooney M20M Bravo Ferry Pilot & Aircraft Delivery
Professional Mooney TLS & Bravo Ferry Service Nationwide
Need a Mooney M20M ferry pilot?
Ferry Flight USA coordinates professional aircraft ferry, delivery, and repositioning missions for qualifying Mooney M20M TLS and Bravo aircraft throughout the United States.
The M20M represents a major step up in performance from many earlier Mooney models.
Its combination of:
- 270-horsepower turbocharged Lycoming power
- Long-body Mooney airframe
- Retractable landing gear
- Constant-speed propeller
- High-altitude capability
- Built-in oxygen on many configurations
- Strong cross-country range
- Cruise speeds capable of exceeding 200 knots at altitude makes the M20M a serious traveling airplane.
It also means the pilot assigned to ferry one should understand more than basic complex-aircraft operation.
Pilot matching may consider:
- Mooney experience
- M20M experience
- TLS / Bravo experience
- Turbocharged-engine experience
- Lycoming TIO-540 experience
- High-altitude operations
- Oxygen-system familiarity
- Retractable-gear experience
- High-performance experience
- Instrument proficiency
- Engine-management experience
- Weather judgment
- Installed avionics
- Insurance requirements
- Long-distance cross-country experience
Our philosophy is simple:
The Right Pilot for the Right Aircraft and the Right Mission.
Mooney M20M Ferry Services
Ferry Flight USA can evaluate qualifying M20M missions involving:
Newly Purchased Aircraft Delivery
Bought a TLS or Bravo several states away?
We can help coordinate pickup from an authorised:
- Private seller
- Aircraft broker
- Dealer
- Pre-buy inspection facility
- Maintenance shop
and delivery to your selected destination.
Aircraft Sale Delivery
Sold your M20M to an out-of-state buyer?
Professional delivery can simplify the final stage of the transaction.
Pre-Buy Inspection Repositioning
Move a qualifying M20M to an independent Mooney specialist or pre-buy facility when properly authorised.
Annual Inspection Ferry
Reposition the aircraft to:
- A&P mechanic
- IA
- Mooney specialist
- Maintenance facility
Engine Shop Ferry
Move the M20M for:
- Engine overhaul
- Engine repair
- Cylinder work
- Turbocharger work
- Exhaust-system service
- Engine replacement
- Fuel-system troubleshooting
Avionics Shop Ferry
Reposition the aircraft for:
- Glass-panel upgrades
- Garmin installations
- Autopilot work
- GPS
- ADS-B
- Engine-monitor upgrades
- Electrical troubleshooting
Paint & Restoration Ferry
Move the aircraft to:
- Paint shop
- Exterior-restoration facility
- Corrosion specialist
- Interior facility
- Refurbishment shop
Seasonal or Base Repositioning
Move the aircraft between:
- Homes
- Hangars
- Seasonal locations
- Business bases
- Storage facilities
REQUEST A MOONEY BRAVO FERRY PILOT
About the Mooney M20M
The M20M is Mooney’s turbocharged long-body high-performance piston single powered by a large Lycoming TIO-540 engine.
The aircraft first entered the market as the:
Mooney TLS
and later evolved into the:
Mooney Bravo.
The M20M expanded on the Mooney concept by combining:
- Aerodynamic efficiency
- A longer cabin
- More horsepower
- Turbocharging
- High-altitude capability
to create an aircraft capable of serious long-range travel.
The M20M sits in a different performance category from normally aspirated models such as the M20J or M20R Ovation.
That difference matters when selecting a ferry pilot.
Mooney TLS
The original M20M was introduced as the:
TLS
commonly associated with the meaning:
Turbo Lycoming Sabre.
The TLS used the turbocharged Lycoming TIO-540-AF1A family producing approximately:
270 Horsepower.
The combination of the stretched Mooney airframe and larger Lycoming engine produced significantly stronger climb and cruise performance than previous Mooney models.
Mooney Bravo
The M20M later evolved into the:
Bravo.
The Bravo retained the basic M20M airframe and 270-horsepower turbocharged Lycoming architecture while incorporating important engine-cooling improvements.
The Bravo name became the best-known marketing identity for the later M20M family.
When someone says:
“Mooney Bravo”
they are generally referring to an:
M20M.
TLS vs. Bravo
It is important not to treat every M20M as identical.
An aircraft may be:
- Original TLS
- Updated TLS
- Bravo
- Bravo DX
- G1000-equipped Bravo
- Modified individual aircraft
Important differences can involve:
- Engine configuration
- Cylinder cooling
- Avionics
- Autopilot
- Electrical equipment
- Ice protection
- Oxygen
- Air conditioning
- Speed brakes
- Propeller
- Other modifications
When requesting a ferry pilot, tell Ferry Flight USA exactly which M20M configuration is involved.
Later Bravo Configurations
Later Bravo production included increasingly modern avionics packages.
Mooney technical documentation identifies later M20M aircraft including:
- Bravo DX
- Bravo GX
- G1000-equipped Bravo configurations
That means a ferry pilot could encounter one Bravo with:
- Traditional analogue instruments
- Legacy GPS
- Older autopilot
and another with:
- Integrated Garmin G1000 avionics
- Modern navigation
- Integrated engine monitoring
- Different autopilot configuration
Pilot matching should reflect the aircraft that actually exists.
Mooney M20M Engine
The M20M uses a turbocharged Lycoming:
TIO-540-AF1A / AF1B Family
rated at approximately:
270 Horsepower.
The engine is:
- Six cylinder
- Horizontally opposed
- Air cooled
- Fuel injected
- Turbocharged
and represents a substantial increase in displacement and power over the smaller engines used in many earlier Mooney models.
This is one of the most important reasons relevant engine experience can matter.
The TIO-540 Is a Serious Engine
A 270-horsepower turbocharged Lycoming requires thoughtful operation.
The pilot should understand:
- Manifold pressure
- Propeller RPM
- Mixture
- Fuel flow
- Cylinder-head temperatures
- Exhaust-gas temperatures
- Turbine inlet temperature
- Oil pressure
- Oil temperature
- Turbocharger operation
- Cowl flaps
- Power changes
A long cross-country ferry flight places the engine through multiple:
- Starts
- Climbs
- Cruise segments
- Descents
- Shutdowns
- Restarts
Proper engine management is important.
Turbocharger Experience Matters
Turbocharged aircraft can maintain substantial power at altitudes where a normally aspirated engine would experience significant power loss.
That gives the M20M excellent:
- Climb capability
- High-altitude cruise performance
- Mountain capability
- Cross-country speed
But it also creates additional operating considerations.
The ferry pilot should be familiar with:
- Turbocharger behavior
- Wastegate/controller operation
- Engine temperatures
- Power management
- High-altitude mixture management
- Descent planning
Legal qualification alone does not automatically establish turbocharged-aircraft proficiency.
M20M Performance
Performance is one of the defining features of the Bravo.
Representative published Bravo performance demonstrates cruise speeds around:
200 KTAS
in high-power cruise around the upper teens.
At higher flight levels, published performance can reach approximately:
210–215 KTAS
under suitable conditions.
Actual ferry performance depends on:
- Aircraft model year
- Power setting
- Altitude
- Temperature
- Aircraft weight
- Engine condition
- Propeller
- Modifications
- Winds
- Weather
Ferry Flight USA does not build mission estimates around a single maximum brochure number.
We use realistic aircraft performance for the actual mission.
Why Altitude Matters in the Bravo
The M20M was built to use altitude.
As the aircraft climbs:
- True airspeed can increase
- Turbocharging helps preserve engine power
- Terrain clearance improves
- Favourable winds may become available
But higher is not always better.
The pilot must also consider:
- Oxygen
- Strong winds aloft
- Turbulence
- Icing
- Temperature
- Fuel burn
- Climb time
- Descent planning
The best ferry altitude is the altitude that makes sense for the mission.
Maximum Operating Altitude
Representative Bravo data lists a maximum operating altitude of approximately:
25,000 Feet.
That gives the M20M flight-level capability far beyond that of many normally aspirated piston singles.
But operating at those altitudes requires appropriate consideration of:
- Supplemental oxygen
- Hypoxia
- IFR operations
- Weather
- Very cold temperatures
- Winds
- Engine management
A pilot should not use maximum altitude merely because the aircraft is capable of reaching it.
Oxygen System
Many M20M aircraft are equipped with built-in oxygen systems.
For long-distance ferry missions, the pilot should know:
- Is oxygen installed?
- Is the system operational?
- How much oxygen is onboard?
- What delivery equipment is available?
- How many people will be onboard?
- How much endurance does the system provide?
- Where can oxygen be refilled if needed?
Oxygen is not an unlimited resource.
It needs to be part of route and altitude planning.
Oxygen Status Can Change the Ferry Plan
If the aircraft’s oxygen system is:
- Empty
- Inoperative
- Recently serviced
- Missing masks or cannulas
- Questionable
tell Ferry Flight USA before pilot assignment.
The mission may need to:
- Remain lower
- Use different routing
- Use shorter legs
- Stop for oxygen service
High-altitude capability only exists when the supporting systems are usable.
High-Altitude Pilot Experience
A pilot can have extensive general aviation experience without having significant time operating piston aircraft at:
- 15,000 feet
- 18,000 feet
- FL200
- FL250
High-altitude experience can involve familiarity with:
- Oxygen
- Hypoxia
- Weather
- ATC
- Cold temperatures
- High-altitude engine management
- Turbocharger operation
- Descent planning
That experience can be relevant when matching pilots to a Bravo.
Mooney M20M Fuel Capacity
Representative Bravo data lists:
95 Gallons Total Fuel
with approximately:
89 Gallons Usable.
That provides substantial cross-country capability.
Individual aircraft may differ because of:
- Modifications
- Repairs
- Supplemental fuel
- STCs
- Aircraft-specific configuration
The actual POH and aircraft records control.
Fuel Burn
The Bravo’s speed comes with greater fuel consumption than smaller-engine Mooneys.
Representative published figures show fuel burn varying widely depending on power.
Examples can range from roughly:
- Low-teens gallons per hour at economy settings
- Upper-teens to around 20 gallons per hour at higher cruise power
The exact fuel flow depends on:
- Altitude
- Power
- Mixture
- Engine condition
- Operating technique
Ferry planning should be based on realistic settings rather than simply assuming maximum speed.
Speed vs. Fuel Economy
One of the major planning decisions in an M20M can be:
How Fast Do We Need to Go?
Higher-power cruise may provide impressive speed.
Lower-power settings may provide:
- Lower fuel burn
- Longer endurance
- Potentially gentler engine operation
A ferry pilot may choose a cruise setting based on:
- Distance
- Fuel availability
- Weather
- Winds
- Mission timing
- Engine condition
The fastest possible power setting is not automatically the best ferry-flight setting.
Practical Ferry Range
The Bravo’s large fuel capacity gives it substantial range.
But maximum theoretical endurance is not the same as a professional ferry leg.
The pilot still needs to consider:
- Required reserves
- Winds
- Weather
- Alternate airports
- Fuel availability
- Oxygen duration
- Pilot workload
- Aircraft condition
A pilot may intentionally stop earlier than the aircraft’s maximum endurance allows.
Operational Margin Matters
Integral Wing Fuel Tanks
Like other Mooney aircraft, the M20M carries fuel in integrally sealed wing tanks.
Known issues involving:
- Fuel seepage
- Leaks
- Reseal work
- Fuel quantity indication
should be disclosed before pilot travel.
The ferry pilot should know about any abnormal fuel-system behavior.
High Fuel Load Means High Weight
Approximately 89 gallons of usable avgas represents a significant amount of weight.
That means:
Full Fuel Does Not Automatically Mean Full Payload.
Before a ferry mission, the pilot needs current weight-and-balance information.
Heavy items traveling with the aircraft can include:
- Spare parts
- Tools
- Oil
- Covers
- Baggage
- Aircraft equipment
Tell the ferry pilot what is onboard.
Mooney M20M Gross Weight
Representative Bravo data lists maximum takeoff weight around:
3,368 Pounds
with a lower maximum landing weight around:
3,200 Pounds.
Individual aircraft and modifications may differ.
Current aircraft documentation controls.
The distinction between takeoff and landing weight can matter when planning:
- Fuel load
- Payload
- Short ferry legs
Long-Body Mooney
The M20M belongs to Mooney’s:
Long-Body Family.
Compared with earlier short- and mid-body aircraft, the long-body provides:
- Larger cabin
- More rear-seat space
- Additional baggage utility
but also comes with different:
- Weight
- Balance
- Handling
- Energy-management considerations
Experience in an M20C or M20J is useful Mooney experience, but it is not identical to flying a Bravo.
The Bravo Is a Fast Airplane
A pilot accustomed to 110–130-knot aircraft can find themselves behind an M20M quickly.
At high-altitude cruise, the aircraft may be covering more than:
Three Miles Per Minute.
That means the pilot needs to stay ahead of:
- ATC
- Weather
- Fuel
- Descent
- Arrival
- Airport selection
Long-distance Bravo ferry flying rewards pilots who plan ahead.
Descent Planning
A Bravo descending from the flight levels can have:
- Significant altitude
- Significant airspeed
- Significant engine heat
The pilot needs to plan descent well before reaching the destination.
Considerations include:
- Power reduction
- Engine cooling
- Airspeed
- Speed brakes if installed
- Gear extension
- Oxygen transition
- Arrival procedure
- Terrain
Trying to lose altitude and speed at the last moment is poor energy management.
Engine Management During Descent
A high-performance turbocharged piston engine deserves deliberate power management.
The pilot should follow:
- Approved aircraft procedures
- Engine guidance
- Installed engine-monitor indications
The goal is a controlled descent rather than abrupt power changes made solely to satisfy a late descent.
Speed Brakes
Many Bravo aircraft are equipped with speed brakes.
These can be useful when:
- Descending from altitude
- Meeting ATC restrictions
- Managing energy
- Staying within desired engine-power parameters
The pilot should understand the installed system and its limitations.
Tell Ferry Flight USA whether speed brakes are installed and operational.
Mooney M20M Landing Gear
The M20M uses electric retractable landing gear.
The pilot should be familiar with:
- Gear operation
- Gear indications
- Gear warning system
- Gear-speed limitations
- Emergency extension
Known problems involving:
- Gear motor
- Position switches
- Gear doors
- Indications
- Emergency-extension system
should be disclosed before the pilot travels.
Landing Gear Experience Matters
An experienced fixed-gear pilot is not automatically an experienced Bravo pilot.
Insurance may require substantial:
- Retractable time
- Complex time
- Mooney experience
- M20M time
The landing-gear system is only one part of the overall aircraft complexity.
Mooney Shock Discs
Like other Mooneys, the M20M uses rubber shock discs in the landing gear rather than traditional oleo struts.
Known maintenance issues involving:
- Shock discs
- Gear geometry
- Gear rigging
should be addressed and disclosed appropriately.
Speed Management During Landing
The Bravo’s aerodynamic efficiency means excess approach speed can translate into significant float.
The pilot should maintain:
- Stabilized approach
- Correct configuration
- Appropriate airspeed
- Appropriate runway selection
Trying to force a fast Mooney onto the runway is poor technique.
Relevant Mooney experience can make proper energy management much more intuitive.
The M20M Is a Complex Aircraft
The Bravo uses:
- Retractable landing gear
- Flaps
- Constant-speed propeller
making appropriate complex-aircraft qualification relevant.
But:
A Complex Endorsement Is Only the Starting Point.
M20M operation also involves:
- Turbocharging
- High horsepower
- High altitude
- Oxygen
- Significant speed
- Advanced engine management
The M20M Is High Performance
At approximately:
270 Horsepower
the stock M20M exceeds the FAA’s greater-than-200-horsepower threshold associated with high-performance airplane endorsement requirements.
An appropriate pilot should therefore possess the applicable high-performance privileges.
Insurance may impose much higher standards.
Instrument Experience
The Bravo is fundamentally a serious cross-country aircraft.
Many ferry missions benefit from strong IFR experience because the aircraft can operate:
- At high altitude
- Across long distances
- Through busy controlled airspace
- Around changing weather systems
An instrument rating alone does not establish strong proficiency.
The pilot should be comfortable operating:
- High-performance IFR
- Modern or legacy avionics
- Long-range cross-country missions
Weather Capability
The M20M’s high-altitude capability gives the pilot additional options.
But:
It Is Not an All-Weather Airplane.
Potential hazards still include:
- Thunderstorms
- Icing
- Severe turbulence
- Mountain wave
- High winds
- Low-level weather
The actual installed equipment matters.
Ice Protection
Some Bravo aircraft may be equipped with TKS or another ice-protection configuration.
The exact:
- Equipment
- Certification
- Approval
- Operating limitations
must be confirmed from the aircraft’s records and supplements.
Do not assume that:
“It has TKS”
means:
“It can fly through any icing condition.”
The aircraft’s approved configuration and actual weather determine what is appropriate.
M20M Avionics
The M20M fleet spans several avionics generations.
An earlier TLS may have:
- Analog instruments
- Legacy GPS
- KFC autopilot
- Older engine instrumentation
A later Bravo may have:
- Garmin navigators
- Glass displays
- Modern engine monitor
A later G1000-equipped Bravo may have:
- Integrated flight displays
- Integrated engine information
- Modern navigation
- Different automation
The pilot should receive an accurate equipment list before assignment.
G1000 Bravo Ferry Pilots
Later M20M production included G1000-equipped aircraft.
That creates another pilot-matching consideration.
A pilot might have:
- Significant Bravo time
but limited:
- G1000 experience.
Another may have:
- Extensive G1000 time
but minimal:
- M20M experience.
The ideal ferry pilot combines appropriate aircraft and avionics familiarity for the mission.
Autopilot Status
A working autopilot can substantially reduce workload during a long, high-altitude ferry mission.
Tell Ferry Flight USA whether the system is:
- Fully operational
- Partially operational
- Intermittent
- Inoperative
An autopilot problem may not automatically prevent the flight.
But it can materially affect:
- IFR workload
- Leg duration
- Weather planning
- Mission suitability
Engine Monitoring
Modern engine monitoring can be especially valuable in a turbocharged M20M.
The pilot may monitor:
- CHT
- EGT
- TIT
- Fuel flow
- Oil temperature
- Oil pressure
- Electrical system
If the aircraft has:
- Original engine gauges
- Aftermarket engine monitor
- Integrated G1000 engine display
tell Ferry Flight USA.
Exhaust System Condition
Turbocharged aircraft exhaust systems operate under substantial:
- Heat
- Pressure
Known issues involving:
- Exhaust leaks
- Cracks
- Turbocharger mounting
- Wastegate
- Exhaust components
should be evaluated appropriately before a long-distance ferry mission.
Known exhaust problems should never be hidden from the pilot.
Insurance Requirements for M20M Ferry Pilots
Insurance can significantly influence M20M pilot assignment.
A policy may require minimum:
- Total time
- PIC time
- Retractable-gear experience
- Complex-aircraft time
- High-performance time
- Turbocharged-aircraft time
- Mooney time
- M20M / Bravo time
- Instrument rating
- Recent instrument experience
- Named-pilot approval
The actual policy controls.
FAA Qualified Does Not Automatically Mean Insurance Qualified.
AIRCRAFT INSURANCE REQUIREMENTS
Open Pilot Requirements
Some aircraft insurance policies may include an open-pilot provision.
Potential requirements may involve:
- Total time
- High-performance time
- Complex time
- Retractable time
- Mooney time
- M20M experience
- Instrument qualification
Do not assume a commercially rated pilot automatically qualifies.
The actual policy language matters.
Named Pilot Approval
Some Bravo policies may require the ferry pilot to be specifically approved.
Pilot information can include:
- Certificates
- Ratings
- Total time
- PIC time
- Retractable time
- Complex time
- High-performance time
- Turbo time
- Mooney time
- M20M time
- Instrument experience
- Training
Insurance approval should ideally be completed before pilot travel is purchased.
Newly Purchased Mooney M20M Delivery
The Bravo can attract buyers willing to search nationwide.
Individual aircraft can differ enormously in:
- Engine history
- Turbo system
- Avionics
- Oxygen
- TKS
- Autopilot
- Paint
- Interior
- Maintenance history
The right airplane may be:
500 miles away
or:
Across the country.
Professional ferry delivery helps remove geography from the purchase decision.
Potential missions include:
Seller → Buyer
Seller → Pre-Buy → Buyer
Seller → Annual Inspection → Buyer
Seller → Engine Shop → Buyer
Seller → Avionics Shop → Buyer
NEWLY PURCHASED AIRCRAFT DELIVERY
New Owner Insurance Requirements
A new Bravo owner may hold:
- Private Pilot Certificate
- Instrument rating
- Complex endorsement
- High-performance endorsement
and still fail to satisfy insurance requirements.
The insurer may require:
- More total time
- More retractable time
- Turbocharged-aircraft time
- Mooney time
- M20M time
- Transition training
An appropriately qualified ferry pilot may be able to deliver the airplane while the new owner completes required training separately.
M20M Pre-Buy Inspection Repositioning
A buyer may want the Bravo inspected by a shop familiar with:
- Mooney airframes
- TIO-540 engines
- Turbo systems
- Long-body landing gear
- Fuel tanks
Potential mission:
Seller → Mooney Specialist
then:
Specialist → Seller
or:
Specialist → Buyer
after closing.
PRE-BUY INSPECTION REPOSITIONING
M20M Annual Inspection Ferry
A Bravo can benefit from maintenance providers familiar with:
- M20M airframe
- Turbocharged Lycoming
- Exhaust system
- Oxygen
- Landing gear
- Fuel tanks
- Mooney-specific maintenance
Ferry Flight USA can coordinate:
Home → Annual Inspection Facility
and potentially:
Annual Inspection Facility → Home
after the aircraft is ready.
Mooney Specialist Ferry Flights
Some Bravo owners travel significant distances to use a shop with specific experience in:
- M20M
- TLS
- Bravo
- TIO-540
- Turbocharger systems
- Mooney landing gear
- Fuel tanks
- Long-body airframe
Professional ferry service can make those speciality shops accessible.
M20M Engine Shop Ferry
Engine work can involve:
- TIO-540 overhaul
- Cylinder work
- Turbocharger service
- Exhaust
- Fuel injection
- Engine accessories
- Oil-consumption troubleshooting
- Engine replacement
If aircraft condition supports the proposed flight, Ferry Flight USA can evaluate engine-shop delivery.
M20M Avionics Shop Ferry
The Bravo can be an excellent candidate for avionics modernisation.
Potential projects include:
- Glass displays
- Garmin navigators
- Digital autopilot
- ADS-B
- Engine monitor
- Weather
- Traffic
- Audio panel
Potential mission:
Owner → Avionics Shop → Owner
or:
Seller → Avionics Shop → Buyer.
M20M Paint & Restoration Ferry
Owners may also move Bravo aircraft for:
- Complete repaint
- Exterior restoration
- Corrosion treatment
- Interior refurbishment
- Pre-sale upgrades
Coast-to-Coast Mooney Bravo Delivery
The Bravo is exceptionally capable for long-distance aircraft delivery.
Its combination of:
- High cruise speed
- Large fuel capacity
- High-altitude capability
- Long-range performance
can make coast-to-coast missions highly efficient.
Potential routes might include:
California → Florida
Florida → California
Pacific Northwest → Southeast
Arizona → Northeast
Texas → West Coast
The actual mission may still involve:
- Multiple fuel stops
- Weather rerouting
- Overnight stop
- Oxygen planning
- Terrain
- Changing winds
High-Altitude Winds
The ability to cruise near the flight levels can produce impressive groundspeeds with a strong tailwind.
It can also create disappointing progress with a strong headwind.
The pilot should compare:
- Winds at multiple altitudes
- Fuel burn
- Oxygen use
- Ride quality
- Turbulence
- Weather
before simply selecting the highest possible cruise altitude.
Mountain West Ferry Flights
The M20M’s turbocharged power can make it highly capable in the Mountain West.
But turbocharging does not eliminate:
- Terrain risk
- Mountain wave
- Turbulence
- Strong winds
- Icing
- Weather
- Emergency-planning considerations
Aircraft performance is only one component of mountain flying.
Weather & M20M Ferry Flights
The Bravo’s speed and altitude capability can provide additional options.
But weather remains one of the biggest variables in aircraft delivery.
Potential hazards include:
- Thunderstorms
- Icing
- Mountain wave
- Severe turbulence
- Strong winds
- Low ceilings
- Winter storms
The pilot must use judgment appropriate to the:
- Aircraft
- Equipment
- Pilot experience
- Actual conditions
Ferry Flight Planning
Professional M20M ferry planning may consider:
- Weather
- Route
- Winds
- Cruise altitude
- Oxygen
- Fuel
- Terrain
- Airport suitability
- Maintenance resources
- Alternate airports
- Overnight stops
The fastest theoretical route is not automatically the best operational route.
Weight & Balance
Bravo useful load can vary significantly among individual aircraft.
A particular aircraft may have:
- TKS
- Air conditioning
- Glass avionics
- Oxygen
- Speed brakes
- Heavy interior
- Additional equipment
All of that affects empty weight.
With approximately 89 usable gallons of fuel, full-fuel payload can become limited on some aircraft.
The pilot should use the airplane’s current weight-and-balance data.
Modified M20M Aircraft
An M20M may have accumulated substantial modifications.
Potential changes can include:
- Engine work
- Propeller
- Avionics
- Autopilot
- TKS
- Speed brakes
- Air conditioning
- Lighting
- Interior
- Fuel-system changes
Tell Ferry Flight USA about significant modifications when requesting the mission.
M20M Ferry Permit Flights
An M20M with:
- Expired annual
- Certain maintenance discrepancies
- Another applicable airworthiness issue
may potentially qualify for an FAA Special Flight Permit if it is capable of safe flight for the authorized purpose.
The FAA—not Ferry Flight USA—determines permit eligibility.
A ferry permit does not:
- Repair an engine
- Repair a turbocharger
- Fix an exhaust problem
- Repair landing gear
- Eliminate insurance requirements
Preparing Your M20M for Ferry Pickup
Before the pilot travels:
☐ TLS / Bravo / Bravo DX / G1000 configuration identified
☐ Aircraft ready for flight
☐ Annual current or permit requirements addressed
☐ Insurance active
☐ Ferry pilot approved if required
☐ Engine model confirmed
☐ Recent engine work disclosed
☐ Turbo condition disclosed
☐ Exhaust condition disclosed
☐ Oxygen system status known
☐ Oxygen quantity known
☐ Fuel capacity confirmed
☐ Fuel quantity known
☐ Known fuel leaks disclosed
☐ Landing-gear condition known
☐ Oil quantity known
☐ Battery condition known
☐ Avionics status disclosed
☐ Autopilot status disclosed
☐ Engine-monitor status disclosed
☐ Speed brakes disclosed if installed
☐ TKS/ice protection disclosed if installed
☐ Air conditioning disclosed if installed
☐ Major modifications disclosed
☐ Known discrepancies disclosed
☐ Keys available
☐ Aircraft documents available
☐ Airport access arranged
☐ Pickup contact confirmed
AIRCRAFT PRE-DELIVERY CHECKLIST
Information We Need for an M20M Ferry Quote
Aircraft
Model: M20M
Variant: TLS / Bravo / Bravo DX / G1000 Bravo
Year:
N-number:
Serial number if available:
Engine
Engine model:
Engine time:
Recent engine work:
Known discrepancies:
Turbo & Exhaust
Turbo status:
Recent turbo work:
Exhaust condition:
Known issues:
Oxygen
System installed:
Operational:
Current quantity:
Fuel
Usable capacity:
Known tank repairs:
Known leaks:
Avionics
Analog/glass / G1000:
GPS:
Autopilot:
ADS-B:
Engine monitor:
Traffic/weather:
Known inoperative equipment:
Optional Systems
TKS:
Speed brakes:
Air conditioning:
Origin
Current airport:
Destination
Delivery airport:
Timing
Aircraft available date:
Requested delivery timeframe:
Insurance
Open-pilot requirements:
Named-pilot approval required:
Complete information helps Ferry Flight USA evaluate an appropriate pilot and mission.
How Mooney M20M Ferry Service Works
Step 1 — Identify the Exact Aircraft
TLS?
Bravo?
Bravo DX?
G1000 Bravo?
Step 2 — Review Aircraft Configuration
Engine, turbo, oxygen, fuel, avionics, autopilot, TKS and modifications.
Step 3 — Define the Route
Where is the aircraft?
Where does it need to go?
Step 4 — Review Aircraft Condition
Annual, engine, turbo, exhaust, landing gear and known discrepancies.
Step 5 — Review Insurance Requirements
Provide pilot minimums if known.
Step 6 — Match an Appropriate Pilot
Pilot evaluation may consider:
- Mooney experience
- M20M experience
- Turbocharged-aircraft time
- TIO-540 familiarity
- Complex experience
- High-performance time
- High-altitude experience
- IFR proficiency
- Insurance compatibility
Step 7 — Coordinate Pickup
Keys, airport access, local contact and aircraft readiness.
Step 8 — Plan the Ferry Flight
The pilot evaluates:
- Weather
- Route
- Altitude
- Oxygen
- Fuel
- Terrain
- Airports
Step 9 — Conduct the Ferry Flight
The aircraft begins delivery.
Step 10 — Mission Updates
Appropriate progress updates can be provided.
Step 11 — Final Delivery
The M20M is handed off according to the agreed destination instructions.
How Much Does It Cost to Ferry a Mooney M20M?
There is no universal Bravo ferry price.
Cost can depend on:
- TLS vs. Bravo configuration
- Distance
- Pilot experience requirements
- Insurance requirements
- Pilot location
- Airline travel
- Ground transportation
- Hotels
- Number of pilot days
- Weather
- Aircraft condition
The Bravo’s speed can reduce total flight time on a long mission.
However, specialized:
- M20M experience
- Turbo experience
- High-altitude experience
- Insurance requirements
can reduce the available pilot pool.
Mooney M20M Ferry Pilot FAQ
Does Ferry Flight USA ferry Mooney M20Ms?
Yes. Qualifying M20M TLS and Bravo ferry and delivery missions can be evaluated throughout the United States.
Is the M20M the Mooney Bravo?
Yes. The Bravo is part of the M20M family. Earlier M20M aircraft were marketed as the TLS.
What is the Mooney TLS?
The TLS was the original marketing identity for the M20M before the later Bravo evolution.
What engine does the M20M use?
Representative M20M TLS and Bravo aircraft use turbocharged Lycoming TIO-540-AF1-series engines rated around 270 horsepower.
Is the M20M turbocharged?
Yes. The M20M uses a turbocharged Lycoming engine.
How fast is a Mooney Bravo?
Representative published Bravo performance shows cruise around 200 knots in the upper teens and approximately 214–215 KTAS at high-altitude maximum cruise under suitable conditions.
How much fuel does a Bravo hold?
Representative Bravo specifications list approximately 95 gallons total and 89 gallons usable.
How high can a Bravo fly?
Representative Bravo specifications list a maximum operating altitude around 25,000 feet.
Does the Bravo have oxygen?
Many M20M aircraft have built-in oxygen systems. Confirm the exact aircraft configuration and system condition before high-altitude ferry planning.
Is the M20M a complex airplane?
Yes. It uses retractable landing gear, flaps and a constant-speed propeller.
Is the M20M high performance?
Yes. Its approximately 270-horsepower engine is well above the FAA threshold applicable to high-performance airplane endorsement requirements.
Does the ferry pilot need turbocharged-aircraft experience?
Relevant turbocharged-aircraft experience can be highly valuable operationally and may also be required by insurance.
Does the pilot need Mooney experience?
Relevant Mooney experience can be important and may be required by insurance.
Does the pilot need M20M experience?
Possibly. Some policies may require exact-model experience or specific pilot approval.
Does the pilot need instrument experience?
Strong instrument proficiency is highly valuable for a high-altitude long-distance aircraft like the Bravo and may be required by insurance.
Do later Bravos have G1000 avionics?
Some later M20M aircraft were produced with Garmin G1000 integrated avionics. Exact equipment varies by model year and aircraft.
Does the Bravo have speed brakes?
Many Bravo aircraft are equipped with speed brakes. Verify the individual aircraft.
Does the Bravo have TKS?
Some M20Ms may have TKS or other ice-protection equipment. The exact installation, certification and limitations must be confirmed on the individual aircraft.
Can Ferry Flight USA deliver a Bravo I just purchased?
Yes. Newly purchased M20M delivery is a strong use case for professional ferry service.
Can you pick it up directly from the seller?
Yes, qualifying pickup can be coordinated with an authorized seller, broker, dealer or maintenance facility.
Can you reposition a Bravo for pre-buy?
Potentially, when properly authorized and aircraft condition supports the flight.
Can you ferry an M20M to annual?
Yes.
Can you ferry an M20M with an expired annual?
A qualifying aircraft may require an FAA Special Flight Permit before it can be repositioned.
Can you ferry a Bravo with a turbocharger problem?
That depends on the actual discrepancy. Known turbo or exhaust-system problems should be evaluated by appropriately authorized maintenance personnel before flight.
Can you ferry a Bravo with an inoperative oxygen system?
Potentially, depending on route, altitude, aircraft condition, insurance and applicable requirements. The mission may need to remain at lower altitude.
Can you ferry a Bravo with an inoperative autopilot?
Potentially. Mission suitability depends on route, weather, remaining equipment, pilot workload and insurance requirements.
Can an M20M be ferried coast to coast?
Yes. A properly maintained M20M is exceptionally capable for long-distance delivery. Actual fuel stops, overnight requirements and routing depend on weather and the mission.
Can you take the Bravo to an engine shop?
Yes, when aircraft condition supports the proposed flight.
Can you take it to an avionics shop?
Yes.
Can you take it to a paint facility?
Yes.
Can the owner ride with the ferry pilot?
Potentially, subject to weight and balance, insurance, mission requirements and pilot agreement.
Can the pilot provide Bravo transition training?
Potentially, if arranged in advance with an appropriately certificated instructor and compatible insurance arrangement.
How much does M20M ferry service cost?
Pricing depends on distance, pilot qualifications, M20M experience requirements, insurance, aircraft condition, travel and number of pilot days.
How do I request an M20M ferry pilot?
Provide:
- TLS / Bravo / Bravo DX / G1000 Bravo
- Year
- N-number
- Engine model
- Turbo status
- Exhaust status
- Oxygen
- Fuel configuration
- Avionics
- Autopilot
- TKS if installed
- Speed brakes
- Major modifications
- Origin
- Destination
- Aircraft condition
- Insurance requirements
- Desired timing
and Ferry Flight USA can evaluate the mission.
Need a Mooney M20M Ferry Pilot?
Whether your aircraft is:
A TLS
A Bravo
A Bravo DX
A G1000 Bravo
Newly purchased
Being sold
Going to pre-buy
Going to annual
Going to an engine shop
Going to avionics
or simply:
Needs to be repositioned
Ferry Flight USA can evaluate the mission.
Tell Us:
Which M20M?
TLS
Bravo
Bravo DX
G1000 Bravo
Where Is It?
Current airport
Where Is It Going?
Destination airport
What Is Its Configuration?
Engine
Turbo
Oxygen
Fuel
Avionics
Autopilot
TKS
Speed brakes
What Is Its Condition?
Annual
Engine
Turbo
Exhaust
Landing gear
Known discrepancies
What Does Insurance Require?
If known
When Is It Ready?
Desired timeframe
Request Your Mooney M20M Ferry Quote
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Ferry Flight USA
Mooney M20M Ferry Pilot • TLS & Bravo Aircraft Delivery • Nationwide Ferry Service
Mooney M20M specifications, systems, equipment and performance vary by model year, TLS/Bravo configuration, engine variant, avionics, oxygen system, propeller, ice-protection equipment, STCs, other modifications, loading and operating conditions. Information on this page is provided for general aircraft-ferry planning and does not replace the applicable Aircraft Flight Manual/Pilot’s Operating Handbook, supplements, maintenance records, engine operating instructions or insurance requirements. Ferry Flight USA mission acceptance remains subject to aircraft condition, applicable regulations, pilot qualifications, insurance requirements, weather, crew availability and mission requirements.