Aviation Compliance in Asia-Pacific 2026: China's New Law, DGCA, CASA

On July 1, 2026, China's revised Civil Aviation Law came into force. Adopted by the Standing Committee of the National People's Congress on December 27, 2025, the rewrite spans 16 chapters and 262 articles and, for the first time, requires airworthiness certification from the Civil Aviation Administration of China for anyone designing, producing, importing, maintaining or operating a civil drone, unless specifically exempted. Two months earlier, on May 1, 2026, a parallel pair of mandatory national standards had already taken effect: every drone in the country now has to be registered and "activated" through CAAC's Civil Unmanned Aircraft Operation Management platform, and an unactivated unit is software locked and cannot take off.

The same May 1 deadline brought a blanket ban on flying, selling or even transporting a drone within Beijing city limits without explicit police permission. China's low altitude economy, the drones, cargo UAS and passenger eVTOL activity below 3,000 meters that the Chinese Academy of Sciences, Peking University and CAAC estimate will grow from 1.5 trillion yuan in 2025 to more than 2 trillion yuan by 2030, is being built and restricted at the same time, in the same country, in the same year.

That contradiction, expand the market while locking down the capital, is the defining shape of aviation and aerospace compliance across Asia-Pacific in 2026. Japan is opening its skies to autonomous cargo flights over cities. India runs a 75-day certification clock a drone cannot legally sell without clearing. Singapore lifted its registration cap in 2025 and then mandated remote identification hardware months later. Australia is closing out a safety management system grace period that ends this December. None of these regimes are harmonized beyond the ICAO Chicago Convention baseline, and none move on the same calendar.

Which regulators actually drive aviation compliance across Asia-Pacific?

Seven separate national systems set the rules that matter for anyone certifying, operating or selling into this region. China's CAAC enforces the revised Civil Aviation Law and its implementing GB standards. Japan's MLIT, through the Japan Civil Aviation Bureau, runs unmanned aircraft classification under the Civil Aeronautics Act. India's Directorate General of Civil Aviation administers the Drone Rules 2021 through the Digital Sky platform. Singapore's Civil Aviation Authority issues Operator Permits and Activity Permits under the Air Navigation Order. Australia's Civil Aviation Safety Authority runs the Civil Aviation Safety Regulations 1998. South Korea's MLIT owns urban air mobility policy under a dedicated UAM promotion act.

Every one of these regimes reports its safety oversight performance to the same body, ICAO's Asia-Pacific regional office, through the Universal Safety Oversight Audit Programme's Continuous Monitoring Approach. The region's average effective implementation score for critical safety oversight elements sits at 64%, and the office has audits scheduled through 2026 for Mongolia, the Philippines, Brunei Darussalam and South Korea. A regional average score says nothing about which national gazette changed last week in the one jurisdiction a given fleet actually flies in, which is exactly the gap Obsidian's regulatory monitoring closes by tracking each country's rule changes against its own ICAO Annex commitments.

What does China's revised Civil Aviation Law actually require starting this July?

Airworthiness certification, unique identification, and a hard line around airport infrastructure. Entities engaged in the design, production, import, maintenance or flight activity of civil unmanned aircraft must now apply to CAAC for airworthiness certification unless exempted, and manufacturers must assign a unique product identification code to every unit produced. The law also bans deploying laser devices capable of interfering with airport visual aid facilities and lists prohibited activities that could disrupt the electromagnetic environment around an airport.

This builds directly on two GB standards, GB 46761-2025 and GB 46750-2025, that CAAC pushed through the Standardization Administration of China and that became mandatory on May 1, 2026: real name registration and activation for every civil drone regardless of weight, plus a technical specification for how a drone identifies itself and its position in the air. CAAC's own 2024 statistics, cited when it released the standards, counted nearly 20,000 entities already holding UAV operation certificates and more than 2 million registered drones, with a single day peak of 26,000 aircraft airborne at once, the scale problem the new activation layer is meant to solve before it becomes an enforcement problem.

How does Japan's Level 4 certification system actually work?

Through three separate approvals that must all be held at once. Japan's Civil Aeronautics Act, revised in 2021 and in force since December 5, 2022, created a Level 4 classification for beyond visual line of sight drone flight over inhabited areas with no ground access control, the category needed for genuine urban cargo delivery. To fly at Level 4, an operator needs a Class 1 Unmanned Aircraft System Certification for the aircraft, a Class 1 Unmanned Aircraft Remote Pilot Certificate for the pilot, and specific flight permission from MLIT, all processed through the DIPS 2.0 portal. Flying without the required permission draws a fine of up to 300,000 yen, and failing to keep the mandatory flight logbook draws a separate fine of up to 100,000 yen.

Key Asia-Pacific aviation compliance dates through the end of 2026

What does an Indian Type Certificate actually certify, and what happens without one?

It certifies the design, not the individual unit, and without it a drone above Nano weight cannot legally be sold or registered in India. Rule 7 of the Drone Rules 2021 makes a valid DGCA Type Certificate mandatory for Small (2 to 25 kilograms), Medium (25 to 150 kilograms) and Large (above 150 kilograms) category drones before operation, evaluating propulsion, communication systems, software controls and structural safety at the model level through a Quality Council of India accredited testing entity. The review has a hard ceiling: 60 days for technical evaluation plus 15 days for DGCA's final review, 75 days maximum from submission. A drone without a valid Type Certificate cannot get a Unique Identification Number on the Digital Sky platform, and operating one anyway exposes the operator to penalties of up to 100,000 rupees.

Nano drones at or under 250 grams remain exempt from both the Type Certificate and registration requirement, exactly the kind of weight threshold distinction that gets misapplied when a compliance team works from a general summary instead of the rule text itself. That is the kind of question Obsidian's AI companion is built to answer directly from the verified regulation, a regulatory companion rather than a generic assistant guessing at category boundaries.

Why did Singapore tighten drone identification the same year it eased flight limits?

Because more permissive airspace access and stronger identification are two sides of the same enforcement bet. Effective February 14, 2025, CAAS removed the cap on how many unmanned aircraft above 250 grams a company or individual could register, let commercial operators fly up to 400 feet above mean sea level in designated areas every day of the week instead of weekends only, and cut permit approval time from five working days to three. Ten months later, effective December 1, 2025, CAAS made Broadcast Remote Identification mandatory for every registered UA above 250 grams, unless the operator holds an Operator Permit and flies through the FlyItSafe app, or flies strictly indoors. As of mid October 2025, roughly 17,300 registered drones still lacked built in B-RID capability, and CAAS had issued 6,300 free retrofit modules to close the gap before enforcement began.

The penalties back the identification mandate with real teeth: up to SGD 10,000 or six months imprisonment for an unregistered drone above 250 grams, up to SGD 20,000 or twelve months for flying without required permits or inside a protected area, and up to SGD 50,000 or two years for endangering aviation safety. A compliance program that only tracks the 2025 easing measures and misses the December identification mandate is tracking half the regime.

Can Australian operators legally fly past December 2026 without a safety management system?

No, and the deadline is fixed. Instrument CASA EX73/24 gave air transport operators under Civil Aviation Safety Regulations Parts 119, 121, 133 and 135, plus relevant aerial work operators under Part 138, a temporary exemption from fully implementing safety management systems, human factors training, and flight data analysis programs where applicable. Those exemptions end on December 2, 2026. CASA expects SMS procedures and a nominated safety manager submitted by September 1, 2026 so it can acknowledge the documentation in advance, and expects the systems fully operational, with the safety manager accepted, by December 1, 2026. An operator that has not met the requirement cannot legally continue operating from December 2, 2026 without a specifically granted extension.

South Korea's regulator is moving on a slower clock in the same window: MOLIT pushed its K-UAM commercialization target back three years to 2028 in 2025, citing global delays in aircraft development, while committing to have aircraft certification and cybersecurity safety systems built by 2027 and vertiport infrastructure in place by 2028. Two regulators in the same region, one closing a compliance window this December and one still building the framework it will eventually enforce.

What should an Asia-Pacific aviation compliance team track next?

Map exposure by jurisdiction and by activity, because nothing here harmonizes across borders the way EASA harmonizes the EU. A manufacturer selling consumer drones into China needs the new airworthiness certification and unique ID pipeline running before the next production batch ships. An operator flying commercial drones in both Singapore and Japan holds a Broadcast Remote Identification module in one country and a Class 1 Remote Pilot Certificate in the other, two different answers to the same identification problem. An airline or MRO certified under CASR in Australia has a hard compliance date on December 2, 2026 that does not move.

Obsidian tracks CAAC, JCAB, DGCA, CAAS, CASA, MOLIT and ICAO's Asia-Pacific office at the framework and jurisdiction level, with alerts when a GB standard takes effect, a Type Certificate rule changes, or an exemption instrument expires, so a compliance team is not the last to learn a deadline landed. See the plans built for regulatory-affairs and airworthiness teams, or connect Obsidian's MCP to your existing tools if your compliance workflow already runs through an AI assistant.