Key Takeaways
- ExpressLRS runs 3-5ms typical latency at 25m, while Crossfire runs 6-8ms in the same conditions, a real gap that compounds at racing speeds (UAVMODEL, 2026). - ExpressLRS receivers run $13-40 with TX modules around $35-60, while Crossfire receivers run $30-70 with TX modules at $70-150, roughly double the cost across the board (UAVMODEL, 2026). - ExpressLRS is open-source, Crossfire is proprietary, and that single difference explains most of the price and ecosystem gap between them (Oscar Liang, 2026).
Radio protocol is one of the few choices in FPV you genuinely commit to for years, since it outlives every drone you buy afterward. ExpressLRS and Crossfire cover almost the entire market between them, and the choice mostly comes down to one philosophical split: open-source and cheap, or proprietary and polished.
The Core Difference: Open-Source vs. Proprietary
ExpressLRS is an open-source RC link protocol, developed and improved by a large community rather than a single company, and that openness is the main reason it's affordable and rapidly improving (Oscar Liang, 2026). Crossfire runs on CRSF, a proprietary protocol developed by Team Black Sheep specifically for their own hardware ecosystem (Oscar Liang, 2026). Every other difference between the two systems traces back to this split.
If you're still shopping for the radio itself rather than just the protocol, our radio and transmitter buying guide covers hardware selection alongside this protocol decision.
Which Protocol Has Lower Latency?
ExpressLRS delivers typical latency of 3-5ms at 25m, while Crossfire runs 6-8ms under the same conditions (UAVMODEL, 2026). That gap is real but situational: it matters most at racing speeds where every millisecond of stick-to-motor delay compounds, and matters far less for casual freestyle flying where neither protocol's latency is the limiting factor.
Range: Both Cover Far More Than Most Pilots Need
On paper, ExpressLRS at 2.4GHz and 1W can theoretically reach 30-100km, and Crossfire at 900MHz and 2W claims a similar 40-100km ceiling. In practical open-air conditions, a 100mW ExpressLRS link at 500Hz matches roughly a 500mW Crossfire link at 150Hz for reliable range (UAVMODEL, 2026). For the overwhelming majority of pilots who never fly anywhere close to those theoretical maximums, range simply isn't the deciding factor between the two systems.
Which Protocol Costs Less?
Cost is where the open-source versus proprietary split shows up most clearly. ExpressLRS receivers run $13-40 with TX modules around $35-60. Crossfire receivers run $30-70 with TX modules at $70-150, roughly double ExpressLRS pricing at every tier (UAVMODEL, 2026). A specific example: a Crossfire Nano RX runs about $30, while a comparable Happymodel EP2 ExpressLRS receiver runs about $13 (UAVMODEL, 2026).
What You're Actually Paying Extra For With Crossfire
Crossfire's higher price buys a tried-and-tested system with a longer commercial track record and, historically, a more straightforward setup process for pilots who don't want to tinker. ExpressLRS has closed much of that polish gap through rapid community development, but Crossfire still holds an edge in how integrated and predictable the out-of-box experience feels for pilots who'd rather not troubleshoot firmware (Oscar Liang, 2026).
Which One Should You Actually Buy?
If you want the best latency-to-price ratio available, strong community support, and don't mind occasionally flashing firmware yourself, ExpressLRS is the clear default for most pilots buying into a radio protocol today. Its price advantage alone, roughly half of Crossfire across every hardware tier, is difficult to justify paying past.
If you specifically value a fully proprietary, polished, single-vendor experience and the higher price doesn't matter to you, Crossfire remains a legitimate, reliable choice with a long track record behind it. Neither choice is wrong, but for most beginners and even most experienced pilots buying new gear in 2026, ExpressLRS's combination of lower latency and lower cost makes it the harder system to argue against.
Frequently Asked Questions
ExpressLRS. It runs 3-5ms typical latency at 25m versus Crossfire's 6-8ms in the same conditions (UAVMODEL, 2026).
Crossfire is a proprietary system from a single manufacturer, while ExpressLRS is open-source and community-developed, which keeps its hardware costs roughly half of Crossfire's across every tier (UAVMODEL, 2026).
Not meaningfully in practice. Both cover far more range than most pilots ever use, and comparable power settings on each system deliver similar real-world open-air range (UAVMODEL, 2026).
ExpressLRS, for most beginners. It costs roughly half as much as Crossfire hardware, has strong community support, and its latency now matches or beats Crossfire at comparable settings.
Conclusion
ExpressLRS wins on latency at its fastest settings and wins decisively on price, roughly half of Crossfire across every hardware tier. Crossfire still holds an edge in out-of-box polish for pilots who want a single-vendor, tried-and-tested system and are willing to pay for it. For most pilots buying a radio protocol today, ExpressLRS is the harder system to argue against.
Build stick skill for free in FlightDivision's simulator before committing to a radio and protocol, then check our radio buying guide once you're ready to buy the hardware itself.
Sources
- UAVMODEL Insights, ExpressLRS vs TBS Crossfire Comparison: Range, Latency, and Ecosystem in 2025, retrieved 2026-09-09, https://blog.uavmodel.com/expresslrs-vs-tbs-crossfire-comparison-range-latency-and-ecosystem-in-2025/
- Oscar Liang, ExpressLRS vs Crossfire: Which Radio Link is Best?, retrieved 2026-09-09, https://oscarliang.com/expresslrs/
