Moza MTP Throttle Panel gir en robust flykontrollopplevelse inspirert av jagerfly på hangarskip. Det justerbare detent-systemet muliggjør presis kontroll, enten du styrer etterbrennere eller simulerer sentrerte detenter i romsimulatorer. Den innebygde vibrasjonsfeedbacken forbedrer situasjonsbevisstheten, og varsler piloter om aerodynamiske skift, overspeed-varsler og kampforhold. Med 27 programmerbare brytere, en Hall-effekt joystick og aluminiumlegerte håndtak, er dette gasspanelet laget for flysim-entusiaster som ønsker presisjonskontroll i høyrisikosituasjoner. Hva skiller Moza MTP Throttle Panel fra andre? Tilpassbart detent-system for maksimal kontroll – MTP Throttle lar brukere finjustere detent-posisjoner, noe som gjør det ideelt for etterbrennerinnstillinger, reversgass eller presise romfartsmanøvrer. Enten du finjusterer kraftkurver eller lager distinkte motorstadier, gir denne funksjonen fleksibilitet som ikke finnes i andre gassystemer. Innebygd vibrasjonsfeedback for økt bevissthet – I motsetning til passive gassystemer, inkluderer MTP vibrasjonsmotorer som reagerer på telemetridata fra simulatoren. Dette feedbacksystemet gir haptiske varsler for forhold som aerodynamisk motstand, overspeed-varsler og systemfeil, og gir piloter et ekstra lag av situasjonsbevissthet. 27 programmerbare brytere for komplekse flyoperasjoner – Kontrollflaten er utstyrt med 27 brytere, som alle kan konfigureres for essensielle funksjoner som utplassering av hjul, motorstart eller kampsystemer. Den optimale layouten sikrer at kommandoer forblir lett tilgjengelige uten å fumle midt i flyvningen. Hall-effekt joystick for ekstra inngangsfleksibilitet – Integrert direkte i gassen, gir denne joysticken driftfri input for presise kontrolljusteringer. Enten den er tildelt trimjustering, rorinput eller til og med kameranavigasjon, sikrer Hall-effekt sensoren konsekvent ytelse uten slitasje som tradisjonelle potensiometre. Fordeler og ulemper Fordeler Ulemper Justerbart detent-system for etterbrennere og romsimulatorer Desktop clamp selges separat Innebygd vibrasjonsfeedback reagerer på flyforhold Kun PC-støtte, ingen konsollkompatibilitet 27 programmerbare brytere for omfattende kontrollkartlegging Slitesterk aluminiumhåndtak med taktil følelse Spesifikasjoner Spesifikasjon Verdi Dimensjoner 277 × 194 × 216 mm Husmateriale Komposittmateriale Hurtigutløsningsmateriale Aluminiumlegering Knapphetens materiale ABS plast Vekt 2,1 kg 8-veis brytere 2 Hall-effekt joysticks 2 LB/RB-knapper 2 Utløsere 2 Totalt signalutganger Støtter opptil 34 Inkluderte tilbehør Datakabel, skiftenøkkel, brukerhåndbok Moza MTP Throttle Panel Kompatibilitet Kompatibel med Ikke kompatibel med MOZA Cockpit programvare for tilpasning Konsollplattformer MOZA MTLP Panel for komplett jagerfly-oppsett Tredjeparts gasspaneler PC-baserte flysimulatorer MacOS Designet for PC-baserte simulatorer, integreres MTP Throttle sømløst med MOZA Cockpit programvare, og gir omfattende tilpasningsmuligheter for vibrasjonsfeedback, brytterkonfigurasjoner og telemetri-basert belysningseffekter. Den kan også kobles til MOZA MTLP Panel, og skaper et modulært jagerfly-kontrollsystem som forbedrer takeoff- og landing-opplevelsen. Kun PC-kompatibilitet sikrer plug-and-play-funksjonalitet med Microsoft Flight Simulator 2020, Microsoft Flight Simulator 2024 og X-Plane 12. Dette systemet støtter imidlertid ikke MacOS eller konsoller, noe som betyr at Xbox- og PlayStation-brukere må se etter alternative gassløsninger.

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Moza MTLP Take-off Landing Panel bringer essensen av jagerflyoperasjoner til hjemme-cockpiten med et robust, taktilt kontrollsystem bygget for seriøse sim-piloter. Designet etter F/A-18 landingspanelet, tilbyr det et intuitivt bryteroppsett som gjør det mulig med raske, instinktive innganger uten å stole på visuell bekreftelse. Den autentiske parkeringsbremsmekanismen gir en solid, mekanisk tilbakeslag som føles rett ut av et ekte jagerfly. Med 25 programmerbare brytersignaler og Hall-effekt sensorer for nøyaktighet, brolegger dette panelet gapet mellom virtuell og praktisk cockpit-interaksjon. Hva skiller Moza MTLP Take-off Landing Panel fra andre? Designet for praktisk kontroll – Modellert etter F/A-18 landingspanelet, prioriterer dette oppsettet instinktiv betjening. Bryteroppsettet lar piloter håndtere viktige flyfunksjoner etter følelse, og reduserer behovet for å kaste et blikk bort fra skjermen. Denne typen taktil forsterkning er avgjørende i raske miljøer som kampflyvninger og hangarskip-landinger. Hall sensorpresisjon for nøkkelfunksjoner – I motsetning til standard mekaniske brytere, integrerer MTLP Hall-effekt sensorer i viktige innganger som landingshjul og haleheis-spaker. Disse sensorene gir langvarig pålitelighet og konsekvent nøyaktighet i inngangen, og eliminerer slitasje-relatert drift eller nedbrytning over tid. Bygget for å håndtere gjentatt bruk – Aluminiumlegeringen brukt i bremsespaken, haleheissspaken og landingshjulene sikrer holdbarhet. Disse komponentene kan tåle gjentatte, kraftige engasjementer, noe som gjør panelet til en langsiktig investering for flyentusiaster som krever mekanisk robusthet. Sømløs integrasjon med Mozas økosystem – MTLP er designet for å fungere enkelt med Moza MTP Throttle Panel, og skaper et sammenhengende jagerflykontrolloppsett. Gjennom Moza Cockpit-programvaren kan brukerne synkronisere telemetri-drevne lys-effekter og tilpasse bryterkonfigurasjonene sine til å matche flystilen deres. Fordeler og ulemper Fordeler Ulemper Modellert etter F/A-18 landingspanelet Desk clamp selges separat Hall-effekt sensorer for nøyaktighet og lang levetid Begrenset til PC-kompatibilitet 25 programmerbare brytersignaler for omfattende kontroll Kompatibel med Mozas økosystem for fullt jagerflyoppsett Spesifikasjoner Spesifikasjon Verdi Dimensjoner 196,5 × 134,7 × 149 mm Husmateriale Komposittmaterialer Bremsespakens materiale Aluminiumlegering Vekt 680g Brytersignaler 25 Telemetri-belysning Ja (ingen ekstra plugins kreves) Støttet plattform PC Desk Clamp Valgfritt tilbehør Inkluderte tilbehør Datakabel, brukerhåndbok Moza MTLP Take-off Landing Panel Kompatibilitet Kompatibel med Ikke kompatibel med Moza MTP Throttle Panel Tredjeparts gasspaneler Moza Cockpit-programvare for tilpasning Konsollplattformer PC-baserte flysimulatorer MacOS Designet for PC-baserte simulatormiljøer, integreres MTLP sømløst med Moza MTP Throttle Panel for å skape et jagerfly-inspirert kontrolloppsett. Panelet er konfigurert gjennom Moza Cockpit-programvare, som gjør det mulig med omfattende tilpasning, inkludert telemetri-drevne lys-effekter. Det støtter imidlertid ikke tredjeparts gasspaneler, så full funksjonalitet oppnås best innenfor Moza-økosystemet. PC-kompatibilitet sikrer støtte for de store flysimulatorene, men MacOS og konsoller støttes ikke. Flysim-entusiaster som bruker Microsoft Flight Simulator 2020, Microsoft Flight Simulator 2024 og X-Plane 12 vil finne panelet gjenkjent, og gir direkte plug-and-play-funksjonalitet via USB. Imidlertid vil brukere som ønsker Xbox- eller PlayStation-støtte måtte vurdere alternativt maskinvare.

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The Virtual Fly V3RNIO TPM brings classic throttle control to your flight simulation setup with incredible accuracy and tactile charm. This Vernier-style throttle quadrant is perfect for single-engine piston aircraft, offering levers that replicate the feel and functionality of real aircraft controls. Made from durable metal and equipped with Hall effect sensors, it combines longevity with precision. With adjustable resistance and fine-tuning dials, every movement feels deliberate, making it a remarkable addition to any sim enthusiast's setup. What sets the Virtual Fly V3RNIO TPM apart? Authentic Vernier Design The Vernier-style control system replicates the distinct push-pull and rotary adjustments found in real single-engine aircraft. This design makes it uniquely suitable for fine-tuning throttle, propeller, and mixture settings with unmatched accuracy. Hall Effect Sensors Unlike conventional potentiometers, the magnetic Hall sensors used in the V3RNIO TPM are wear-free and provide incredibly precise inputs. This ensures consistent performance, even after extensive use, making it a dependable choice for long-term sim enthusiasts. Durable Metal Construction Built entirely from metal, the V3RNIO TPM is rugged and built to last. Its weight and solidity not only make it durable but also contribute to a grounded, realistic feel during use. Adjustable Resistance The throttle lever features adjustable resistance, allowing users to customize the feel to their preference. Whether you prefer a light touch or a firmer grip, this feature lets you fine-tune the control experience to match your style. Pros and Cons Pros Cons Durable metal build ensures long-term reliability. Limited to single-engine piston aircraft setups. Hall sensors provide wear-free and accurate operation. Higher price point compared to simpler alternatives. Authentic Vernier-style controls for precise adjustments. Adjustable resistance allows for personalized control feel. Specifications Specification Value Material Durable metal construction Sensors Magnetic Hall effect sensors Control Type Throttle, Propeller, Mixture (Vernier-style) Adjustable Resistance Yes Engine Compatibility Single-engine piston aircraft Connectivity USB Virtual Fly V3RNIO TPM Compatibility The Virtual Fly V3RNIO TPM is compatible with major flight simulation platforms, including Microsoft Flight Simulator (FSX and MSFS2020), Prepar3D, and X-Plane. With USB connectivity, it is easy to integrate into most PC-based simulation systems. The drivers ensure plug-and-play functionality, while tools like FSUIPC allow for additional customization to suit your preferences. This unit is tailored specifically for single-engine piston aircraft, making it less versatile for other types of setups. This throttle quadrant is optimized for PC-based simulation, ensuring excellent compatibility with a wide range of hardware. It does not support console platforms, emphasizing its focus on delivering precise control for dedicated flight simulation environments. Users seeking a unit for casual or multi-platform gaming should consider alternatives better suited to those needs.

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The Virtual Fly TQ3+ throttle quadrant is an expertly engineered piece of equipment designed to elevate your simulation experience. Featuring adjustable resistance and advanced Hall sensors, this unit offers an unparalleled tactile feel and remarkable accuracy. Its all-metal construction not only ensures durability but also delivers a robust and satisfying weight under your hand. This throttle quadrant is tailored for single-engine aircraft, offering dedicated levers for throttle, propeller, and mixture control, making it an essential tool for serious flight sim enthusiasts. What sets the Virtual Fly TQ3+ apart? Durable Metal Construction The TQ3+ is crafted from sustainable metal, ensuring it remains sturdy and dependable over years of use. Its solid build distinguishes it from competitors that often rely on lightweight plastic, giving it a reassuring heft that enhances the overall simulation experience. Adjustable Resistance The throttle levers allow for fine-tuning resistance, letting users tailor the feel to their exact preferences. This customization feature ensures that every movement feels natural and intentional, especially useful for prolonged flight sessions. Advanced Hall Sensors Equipped with magnetic Hall sensors, the TQ3+ delivers smooth and wear-free performance. These sensors are more accurate and durable than traditional potentiometers, ensuring consistent input detection even after extended use. Dedicated Reverse and Feather Positions The throttle levers include physical detents for reverse, feather, and idle cutoff, adding a tactile element that simulates real-world aviation controls. This attention to detail enhances the operational fidelity of single-engine aircraft simulations. Pros and Cons Pros Cons Durable metal build ensures longevity and stability. Only supports single-engine aircraft setups. Adjustable resistance provides personalized control feel. Higher cost compared to entry-level throttle quadrants. Hall sensors offer wear-free and precise operation. Detents for reverse and feather add tactile accuracy. Specifications Specification Value Material Sustainable metal construction Sensors Magnetic Hall sensors Adjustable Resistance Yes Throttle Configuration Throttle, Propeller, Mixture Engine Compatibility Single-engine only Connectivity USB Virtual Fly TQ3+ Compatibility The Virtual Fly TQ3+ is compatible with popular flight simulation software, including Microsoft Flight Simulator (FSX and MSFS), Prepar3D, and X-Plane. The throttle is recognized natively by most simulators, allowing for seamless integration. Users can further customize settings using tools like FSUIPC for additional control over the input configuration. However, it is designed for single-engine setups, limiting its scope for multi-engine aircraft enthusiasts. This throttle quadrant connects via USB, making it compatible with a wide range of PC-based simulation systems. It works excellently as part of a complete flight rig, particularly when paired with other Virtual Fly components. Console compatibility is not supported, as the TQ3+ is focused on delivering exceptional functionality for PC users and simulators. On the platform side, the TQ3+ excels on PC, where it integrates flawlessly with simulation software. It is not compatible with gaming consoles or casual flight games, ensuring its appeal remains focused on dedicated flight simulation enthusiasts.

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The Virtual Fly TQ6+ is a robust throttle quadrant designed for sim pilots who value smooth control and precise inputs. With its magnetic hall effect sensors ensuring accurate, frictionless operation and adjustable lever resistance, this all-metal unit delivers a tactile experience like no other. Weighing in at 3 kilos, it feels substantial and reliable in your setup. Whether you're fine-tuning power or cutting engines, the TQ6+ offers nuanced control for multi-engine prop aircraft enthusiasts. What sets the Virtual Fly TQ6+ apart? Robust All-Metal Construction Unlike many plastic competitors, the TQ6+ is built entirely from metal, offering durability and a weighty, premium feel. This makes it not only reliable for long-term use but also gives it a steady presence on your desk or rig, even during intense sessions. Magnetic Hall Effect Sensors The use of hall effect sensors ensures frictionless and wear-free operation, providing consistent accuracy over time. These sensors are praised by users for their reliability and ability to maintain smooth operation without degradation. Adjustable Lever Resistance Customizing the resistance of each throttle lever lets you match the controls to your flying preferences. Whether you prefer a light touch or a firm resistance, this feature allows for a tailored experience. Plug-and-Play Convenience Compatible with major simulators like MSFS, X-Plane, and P3D, the TQ6+ is easy to set up. Recognized automatically by most software, it saves time while still offering advanced customization options for those who want more control. Pros and Cons Pros Cons Durable all-metal construction ensures long-term reliability. Colored lever buttons are not interchangeable. Magnetic sensors provide smooth and accurate operation. Higher price point than some competitors. Adjustable lever resistance allows for personalized control feel. Specifications Specification Value Material All-metal construction Weight 3 kg Sensors Magnetic hall effect sensors Adjustable Resistance Yes Compatibility MSFS, X-Plane, P3D Virtual Fly TQ6+ Compatibility The Virtual Fly TQ6+ is designed to integrate seamlessly with major flight simulators. It works perfectly with Microsoft Flight Simulator (FSX and MSFS), X-Plane, and Prepar3D, ensuring broad compatibility for sim enthusiasts. Its plug-and-play nature means it is recognized automatically by most simulators, while also supporting advanced customization through tools like FSUIPC. In terms of hardware, the TQ6+ supports various flight setups, thanks to its solid build and standard USB connection. However, it’s primarily geared for PC use and does not offer native console compatibility. PC pilots will appreciate its straightforward connection and the ability to configure settings to their exact preferences within their simulator's controls menu.

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