Night Moves: FAA Makes Front Page News With Drone Exemption

On April 18, 2016, the FAA approved, for the first time ever, nighttime operation of a small unmanned aircraft system (UAS or “drone”) when used for commercial activity.  The FAA permitted Industrial Skyworks, Inc. to use drones to inspect buildings at night.

In order to get the exemption, the FAA required the following of Industrial Skyworks:

  • The pilot in command had to possess a commercial or private pilot certification that allowed night operations;

  • The pilot needed a medical certificate per 14 C.F.R. part 67; and

  • The drone had to remain in the pilot’s and visual observer’s line of sight at all times.

Industrial Skyworks bolstered its case by taking these steps to ensure the drone’s safe operation at night.

  • It would be launched from an illuminated landing and take-off area and equipped to continually alert the pilot of its location and altitude.

  • It possessed anti-collision lights visible from 5,000 feet.

  • The site of the preprogrammed flight was limited in size, and the area was restricted to authorized personnel.

  • The pilots completed a training program that included nighttime operating skills and experience.

  • The company created a comprehensive security plan, including a provision that the pilot in command and visual observer would arrive at the work site 30 minutes prior to flight to ensure their eyes adjusted to the darkness.

© Steptoe & Johnson PLLC. All Rights Reserved.

Introducing the New SmartExpert: Self-driving Car “Drivers”

The National Highway Traffic Safety Administration has deemed the artificial intelligence that controls Google’s self-driving car a qualified “driver” under federal regulations. So, if a computer can drive, must we have a computer testify as to whether this new “driver” was negligent? It sounds laughable: “Do you, computer, swear to tell the truth?” But, with so many new potential avenues of litigation opening up as a result of “machines at the wheel,” it made us wonder how smart the new expert will have to be?

With its heart beating in Silicon Valley and its position well-established as a proponent of computer invention and progress, it was surprising when California was the first state to suggest we need a human looking over the computer’s shoulder. That is essentially what the draft regulations from the California Department of Motor Vehicles for the regulation of self-driving vehicles proposes – that self-driving cars have a specially-licensed driver prepared to take the wheel at all times. After years spent developing and testing self-driving cars in its home town of Mountain View, California, Google may now be looking elsewhere for testing and production. The rule proposed by the California DMV would make Google’s car impossible in the state.  Why?  Because humans cannot drive the Google self-driving car. It has no steering wheel and no pedals. The Google car could not let a human take over the wheel. Does that thought make you pause?

It apparently didn’t give the National Highway Traffic Safety Administration any cause for concern, as they approved Google’s self-driving software, finding the artificial intelligence program could be considered a bonafide “driver” under federal regulations. In essence, Google’s driving and you are simply a passenger. If you would hesitate to get in, Google’s Chris Urmson, lead engineer on the self-driving car program explains: “We need to be careful about the assumption that having a person behind the wheel will make the technology safer.” Urmson is basically saying computers are safer than humans. When you think about the number of automobile accident-related deaths in the United States alone, he may be right.  If he is right, wouldn’t artificial intelligences sophisticated enough to drive a car more safely than humans be able to learn to do other things better as well? Couldn’t they drive a forklift, perform surgery on humans, manage a billion dollar hedge fund? If that is where things are heading, who will testify as to the applicable standards of behavior for these machines? In the hedge fund example, will it be a former hedge fund manager who has years of experience handling large, bundled securities or a software developer who has years of experience programming artificial intelligence?

Who do you think will be able to testify in cases where an artificially-intelligent machine plays a role? Liability at the hands of a machine is bound to emerge. Someone will have to speak to the standard of judgment, discretion, and care applicable to machines. Maybe Google will be allowed to text while driving. Who’s to say?

© Copyright 2002-2016 IMS ExpertServices, All Rights Reserved.

Introducing the New SmartExpert: Self-driving Car "Drivers"

The National Highway Traffic Safety Administration has deemed the artificial intelligence that controls Google’s self-driving car a qualified “driver” under federal regulations. So, if a computer can drive, must we have a computer testify as to whether this new “driver” was negligent? It sounds laughable: “Do you, computer, swear to tell the truth?” But, with so many new potential avenues of litigation opening up as a result of “machines at the wheel,” it made us wonder how smart the new expert will have to be?

With its heart beating in Silicon Valley and its position well-established as a proponent of computer invention and progress, it was surprising when California was the first state to suggest we need a human looking over the computer’s shoulder. That is essentially what the draft regulations from the California Department of Motor Vehicles for the regulation of self-driving vehicles proposes – that self-driving cars have a specially-licensed driver prepared to take the wheel at all times. After years spent developing and testing self-driving cars in its home town of Mountain View, California, Google may now be looking elsewhere for testing and production. The rule proposed by the California DMV would make Google’s car impossible in the state.  Why?  Because humans cannot drive the Google self-driving car. It has no steering wheel and no pedals. The Google car could not let a human take over the wheel. Does that thought make you pause?

It apparently didn’t give the National Highway Traffic Safety Administration any cause for concern, as they approved Google’s self-driving software, finding the artificial intelligence program could be considered a bonafide “driver” under federal regulations. In essence, Google’s driving and you are simply a passenger. If you would hesitate to get in, Google’s Chris Urmson, lead engineer on the self-driving car program explains: “We need to be careful about the assumption that having a person behind the wheel will make the technology safer.” Urmson is basically saying computers are safer than humans. When you think about the number of automobile accident-related deaths in the United States alone, he may be right.  If he is right, wouldn’t artificial intelligences sophisticated enough to drive a car more safely than humans be able to learn to do other things better as well? Couldn’t they drive a forklift, perform surgery on humans, manage a billion dollar hedge fund? If that is where things are heading, who will testify as to the applicable standards of behavior for these machines? In the hedge fund example, will it be a former hedge fund manager who has years of experience handling large, bundled securities or a software developer who has years of experience programming artificial intelligence?

Who do you think will be able to testify in cases where an artificially-intelligent machine plays a role? Liability at the hands of a machine is bound to emerge. Someone will have to speak to the standard of judgment, discretion, and care applicable to machines. Maybe Google will be allowed to text while driving. Who’s to say?

© Copyright 2002-2016 IMS ExpertServices, All Rights Reserved.

New Rulemaking Committee Could Expand Drone Uses for Utilities and Other Industries

On February 24, 2016, the Federal Aviation Administration announced the establishment of a new Aviation Rulemaking Committee (ARC) to develop performance-based recommended standards and requirements for the operation of micro unmanned aircraft systems (UAS) in the National Airspace System.  As previously defined in the Notice of Proposed Rulemaking (NPRM) for the Operation and Certification of Small Unmanned Aircraft Systems, a micro UAS is an unmanned aircraft that weighs no more than 4.4 pounds (2 kg) and is constructed of frangible materials “that break, distort, or yield on impact so as to present a minimal hazard to any person or object.”  The micro UAS ARC is to include members representing a diverse set of aviation stakeholders with emphasis on individuals with knowledge of small UAS design, manufacturing, and operations, data collection, safety, sensors, and testing.  The micro UAS ARC is to develop and submit its recommendations to the FAA by April 1, 2016, which recommendations will then be considered in the possible development of a future NPRM focused on micro UAS classification and operations.

New Rulemaking Committee Could Expand Drone Uses for Utilities and Other IndustriesWhy is the development of interest to utilities?  First, the defining characteristics of micro UAS could include many inexpensive but capable small drones presently available on the retail market.  This could enable utilities to more readily deploy UAS technology and begin gaining experience with it in a variety of applications.  Second, one of the key issues the ARC will focus on is the development of standards and operating parameters that could allow micro UAS to be operated over people who are not directly involved in the UAS operation.  Most utilities currently operating small UAS do so pursuant to Section 333 Exemptions that require operations be conducted at least 500 feet from all nonparticipating persons, vessels, vehicles, and structures unless certain precautions are taken.  This restriction can limit utilities’ ability to operate small UAS in some areas, such as over residential neighborhoods for post-storm damage assessments or for routine inspections of utility infrastructure located in densely developed areas.  A utility will still need to confine its UAS operations to above private or controlled access property where it has permission from the property owner, another typical Section 333 Exemption requirement; however, the ARC’s recommendations could allow utilities to deploy micro UAS along transmission and distribution line easements and fly within 500 feet of persons not involved in the operation.

These potential improvements resulting from the work of the micro UAS ARC do not address the operation of larger UAS that would be required for long distance utility applications, or the current restriction prohibiting beyond visual line of sight operations.  Furthermore, the initial list of invited members of the micro UAS ARC does not include any representatives from the utility or energy sectors, but does include other small UAS users such as Google and various agriculture, real estate, and news media interests which could also benefit from these changes.  Nevertheless, while the interests of the utility and energy sectors are not directly represented on the ARC, there is reason for optimism that the micro UAS ARC’s recommendations and potential future rule changes will open the door for an expanded number of beneficial, short range drones uses by utility and energy companies.

©2016 All Rights Reserved. Lewis Roca Rothgerber LLP

Further Relaxation of Sanctions for Commercial Aircraft Operations in Cuba

cuba_800_11429On January 27, the US Department of Commerce’s Bureau of Industry and Security (BIS) and the Treasury Department’s Office of Foreign Assets Control (OFAC), took steps to further ease trade restrictions against Cuba, including transactions relating to the export and operation of civil aircraft in Cuba.[1] In order to sell or lease a commercial aircraft to an airline in Cuba, a US national must obtain licenses for each transaction from BIS and OFAC. The changes by BIS relax its licensing policies for certain transactions with Cuba and Cuban nationals, while OFAC lifted financing and payment restrictions for authorized exports, and broadened the scope of authorizations for travel to and from Cuba.

On February 16, the United States and Cuba announced the resumption of scheduled commercial air services between the two countries, and the US Department of Transportation (DOT) invited US air carriers to apply for permission to operate scheduled flights to and from Cuba.

As outlined below, these actions may lead to easier opportunities to provide aircraft leasing and related services to prospective customers in Cuba. They also will facilitate travel between the United States and Cuba by allowing US and Cuban airlines to fly scheduled flights between the two countries.

BIS Eases Licensing Policy for Exports of Items Necessary to Ensure Civil Aviation Safety

In light of moves earlier in 2015 to loosen restrictions on trade with Cuba, air travel to and from Cuba has significantly increased in that time. The policy change announced by BIS on January 27 emphasizes “the importance of civil aviation safety and . . . recognize[s] that access to aircraft used in international air transportation that meet US Federal Aviation Administration and European Aviation Safety Agency operating standards by Cuban state-owned enterprises contributes to that safety.”

In its notice, BIS indicated that it would move to generally approve license applications for the export of items for the safe operation of commercial aircraft in lieu of reviewing such applications on a case-by-case basis. This policy includes approving license applications for the export of commercial aircraft leased to Cuban state-owned enterprises.

Both commercial passenger and cargo aircraft are eligible for treatment under this revised policy of license approval. However, BIS will continue to generally deny license applications for exports or re-exports of goods (including aircraft) for use by the Cuban military, police, intelligence and security services. BIS also will generally deny such license applications for the export or re-export of goods for use by Cuban government or state-owned entities that primarily generate revenue for the state, including those engaged in tourism and extraction of minerals or raw materials.

BIS also will move from a general policy of denial to a policy of case-by-case review for applications to export certain items to “meet the needs of the Cuban people,” including those to Cuban state-owned entities that provide goods and services for the use and benefit of the Cuban people. This policy covers a number of categories, including goods for agricultural production, artistic endeavors, education, food processing, disaster preparedness, public health and sanitation, and public transportation.

OFAC Authorizes Certain Arrangements With Cuban Airlines to Facilitate Authorized Travel to Cuba

In conjunction with BIS, OFAC published its own regulatory amendments to ease restrictions on certain transactions with Cuba and Cuban nationals, including measures to facilitate air carrier services with Cuban airlines.[2] OFAC’s amendments authorize the entry by US persons into blocked space, code-sharing and leasing arrangements with Cuban nationals to facilitate the provision of authorized air carrier services. OFAC also is allowing travel-related and other transactions directly incident to the facilitation of the temporary sojourn of aircraft authorized for travel to Cuba. This allows US companies to engage with Cuba for services by personnel required for normal aircraft operation, such as aircraft crew, or to provide services to an aircraft on the ground in Cuba. These allowances are part of a larger expansion of authorized travel to Cuba—from organizing professional meetings, professional sports competitions and other events, to the creation and dissemination of artwork and informational materials.

Resumption of Scheduled Air Service Between the United States and Cuba

The memorandum of understanding signed by the United States and Cuba on February 16 allows for the re-establishment of scheduled commercial air service between both countries. For more than 50 years, there have been no scheduled flights between the United States and Cuba. As a result of the new agreement, a total of 110 daily scheduled round trip flights between the countries will be allowed to be conducted by each country’s carriers. Each country will be able to operate up to 20 daily roundtrip flights between the United States and Havana, and up to 10 daily roundtrip flights between the United States and each of nine other destinations in Cuba.

Immediately upon the announcement of the agreement, the DOT invited US carriers to apply for allocation of the new flight opportunities.[3] Applications from the US carriers are due to the DOT by March 2. The DOT is to answer those applications by March 14 and carrier replies are due March 21. The scheduled services are expected to begin in the fall 2016. All US carriers to which frequencies are eventually allocated will still be required to comply with all applicable regulations and requirements of the DOT and other US agencies and all US laws. US carriers’ ability to provide US–Cuba service through licensed charter flights continues unchanged.

Department of Transportation Matters Regarding Blocked Space, Code-Sharing and Wet-Leasing

The new amendments announced on January 27 allow blocked space, code-sharing or wet-leasing arrangements. As is the case with such arrangements with foreign carriers in general, any proposed blocked space, code-sharing or wet-leasing arrangement between a US air carrier and a Cuban carrier will require the DOT’s advance authorization. The DOT must determine whether the proposed operations are in the public interest, by assessing whether such operations meet an acceptable level of safety and security, and whether they will adversely impact competition in the US airline industry.

A US carrier seeking to conduct the activities allowed pursuant to the most recent OFAC amendments must first apply to the DOT for specific authorization for such planned operations.[4] The DOT will grant authorization only if the foreign carrier is from a country that complies with the safety standards of the US Federal Aviation Administration’s (FAA) International Aviation Safety Assessment (IASA) program and the proposed foreign carrier partner meets the requisite safety standards.[5] As part of the DOT’s analysis, the FAA will assess the safety oversight functions of the national aviation authority having jurisdiction over the proposed foreign partner’s operations.

Based on publicly available information, to date, the safety oversight function of Cuba’s national aviation authority has not been assessed by the FAA.[6] In assessing the safety oversight provided by any country’s civil aviation authority, the FAA will determine whether such oversight meets the minimum international safety standards established by the International Civil Aviation Organization (ICAO). Cuba is an ICAO member state and, according to the currently available ICAO information, in regard to the ICAO Universal Safety Oversight Audit Programme (USOAP), was audited by ICAO between February 19, 2008 and February 28, 2008, and meets the ICAO minimum safety standards. If the FAA determines that Cuba’s USOAP rating satisfies the requirements of the IASA program, it should approve the first prong of the safety assessment of the proposed code-sharing arrangement.

With respect to the proposed foreign carrier, the US carrier seeking authorization for such operations must have an existing FAA-accepted code-share safety program and must conduct safety audits on the proposed foreign partner in accordance with that program. The FAA will review the US carrier’s safety audit program, its initial safety audit report on the foreign carrier, and its statement that the foreign carrier is in compliance with international safety standards. Additionally, after authorization is granted, the US carrier must monitor its foreign partner’s safety programs for continued compliance during the existence of the approved arrangement. The DOT authorization process also includes review of the terms of the parties’ agreement for the proposed operations.

As for arrangements with foreign carriers that will provide service directly to the United States or to US territories, the Transportation Security Administration will provide the DOT with information regarding the security of the foreign carrier and its home country to aid the DOT in its assessment.

In assessing the impact of a proposed arrangement on competitiveness, the DOT will determine whether the agreements are adverse to the public interest because they would substantially reduce or eliminate competition.[7] In addition to serving the application for authorization on the requisite US government agencies, the US carrier seeking such authorization also must serve the application on each US-certificated carrier authorized to serve the general area in which the proposed transportation is to be performed. These other carriers may file any comments for consideration by the DOT.[8]

Of course, since most of the restrictions under the embargo remain in effect, operations under any such code-sharing, blocked space or wet-leasing arrangement, even if authorized by the DOT, may only be conducted within the scope of authorized US–Cuba transactions noted above.

Conclusion

The actions by BIS and OFAC and the announcements by the DOT will allow for a further expansion of trade activity and facilitate opportunities between the United States and Cuba. However, OFAC and BIS have made clear that they intend to continue enforcing existing sanctions on and trade embargoes with Cuba. Many restrictions will remain in place until US legislators vote to end or modify the embargo against Cuba. For example, the saleor lease by US persons of aircraft or related services to Cuba without a license continues to be restricted. Furthermore, as it stands now, any aircraft owned by the Cuban government arriving in the United States is subject to immediate seizure in settlement of the billions of dollars in judgments reached in US courts against Cuba in connection with Cuba’s nationalization of property owned by Americans and other civil judgments against the Cuban government. Thus, we remind those looking to take advantage of opportunities to sell or lease aircraft or related services to review all licensing applications and potential transactions with Cuba carefully to ensure that they are in compliance with federal laws and regulations.


[1] See Cuba Licensing Policy Revisions, 81 Fed. Reg. 4,580 (Dep’t Commerce, Jan. 27, 2016); Cuban Assets Control Regulations, 81 Fed. Reg. 4,583 (Dep’t Treasury, Jan. 27, 2016).

[2] OFAC now allows for financing and payment of authorized transactions through US banks or through sales on an open account. These changes were made to address the inability of customers in Cuba to obtain financing or for authorized transactions with the United States, due to more restrictive payment and financing arrangements.

[3] See, Order Instituting Proceeding and Inviting Applications, 2016 U.S. – Cuba Frequency Allocation Proceeding, issued by the US Department of Transportation, Docket DOT-OST-2016-0021, February 16, 2016.  

[4] The foreign carrier also must comply with all other relevant regulations, and hold all requisite DOT authorizations, prior to conducting any of the newly-allowed operations.

[5] See Department of Transportation Office of the Secretary and Federal Aviation Administration Code-Share Safety Program Guidelines, 12/21/2006, Revision 1.

[6] As Cuban carriers have not provided service to the US or participated in code-sharing arrangements with US carriers, and the Cuban national aviation authority has not significantly interacted with the FAA, for a four-year period, Cuba is not included on the publicly available IASA program summary listing, in accordance with standard FAA procedures. Before Cuba can be rated in the IASA program, a full reassessment of its aviation safety oversight must be conducted by the FAA.

[7] 49 U.S.C. 41309(b). Further, in accordance with 49 U.S.C. 41308(b), if it is determined that competition would not be reduced or eliminated, the DOT must approve the proposed agreement. If it is determined that competition would be adversely affected, but the DOT finds that (1) the arrangement is nevertheless necessary to meet a serious transportation need or to achieve important public benefits, including US foreign policy goals, and (2) those public benefits cannot be met or achieved by reasonably available and materially less anticompetitive alternatives, the DOT must approve the agreement.

[8] The DOT, the FAA, the Department of Defense, the Anti-trust division of the Department of Justice and any other US agency the DOT deems necessary must be served, in addition to the other carriers. 14 C.F.R. 212.10(d)(6). See also, Code-Share Safety Program Guidelines, infra at n. 5.

©2016 Katten Muchin Rosenman LLP

Uber-Complicated: Insurance Gaps for Rideshare Vehicles Can Create Uncertainty for Passengers and Drivers

Many of us have come to enjoy the convenience of summoning a ride via our Smartphones with a rideshare service company such as Uber, Lyft, or Sidecar.  However, significant issues exist over whether rideshare vehicles have adequate insurance coverage to compensate people injured in accidents involving those vehicles.

If one is injured by a Greyhound bus, for example, there is little question that Greyhound likely would have adequate insurance to cover any injuries and likely would have sufficient resources to compensate the injured party even without insurance.

By contrast, if one is injured by a rideshare driver, there are several potential obstacles to securing adequate compensation.

First, the rideshare company may classify the driver as an independent contractor instead of an employee, meaning that the company will not accept responsibility for the driver’s actions.  Second, even if the rideshare company accepts responsibility, the company’s insurance may not provide coverage, as discussed below.  In that event, the injured party is left to rely on the driver’s insurance, which also may be inadequate and may even exclude coverage for rideshare-related accidents.

The independent contractor issue has been litigated in numerous states with different outcomes.  Uber currently is facing two class action lawsuits in California related to this issue: Ghazi v. Uber Technologies, Inc., et al., No. CGC-15-545532 (Superior Court of California, County of San Francisco) and O’Connor v. Uber Technologies, Inc., et al., No. CV-13-3826 (U.S. District Court for the Northern District of California).[1]

Even if rideshare companies accept responsibility for a driver’s conduct, the companies typically have provided only limited insurance for their drivers.  Specifically, rideshare companies typically have not provided coverage in the following two periods: (1) when the rideshare app is turned off, or (2) when the app is turned on but no passenger is in the vehicle.

But, a horrific accident involving an Uber vehicle helped to start changing this dynamic.  Uber was sued in 2014 in California after a driver struck and killed a child during period (2) above, when he had his app turned on but had not yet picked up a passenger.  The case is captioned Liu v. Uber Technologies Inc., et al., No. CGC-14-536979 (Superior Court of the State of California, County of San Francisco).

California and other states recently have started requiring rideshare companies to maintain some coverage for their drivers in period (2), but that coverage is limited.  The companies typically provide contingent liability coverage with $50,000 per person/$100,000 per accident bodily injury coverage, but this insurance typically pays only for losses not covered by the driver’s personal policy.

And, even when rideshare company coverage is in place, insurers have relied on certain insurance policy exclusions in an effort to avoid paying claims.  One insurer is currently making such arguments in the coverage dispute with Uber over the Liu settlement See Evanston Insurance Co. v. Uber Technologies, Inc., No. C15-03988 WHA (U.S. District Court for the Northern District of California).

If a rideshare company’s commercial insurance is inadequate to fully compensate an injured party, that person is left to rely on a driver’s personal insurance.  But the driver’s insurance may be of no help because personal auto policies often contain an exclusion (the “livery exclusion”) for accidents occurring during commercial use of the vehicle, such as when a driver is transporting a passenger for hire.

Recently, there has been some effort in the insurance industry to close the insurance gaps discussed above, particularly during period (2), when a rideshare driver is using a mobile app but has not yet picked up a passenger.

In March 2015, the National Association of Insurance Commissioners adopted a white paper on insurance coverage for rideshare companies titled “Transportation Network Company Insurance Principles for Legislators and Regulators.”  The paper recommends that rideshare companies provide full coverage for period (2) or that drivers purchase individual commercial coverage during that period.

Similar to California, legislatures in Colorado, Illinois, and Virginia have passed laws requiring rideshare companies to offer full insurance during period (2).

In addition, some insurance companies are offering products to rideshare drivers to protect them in the event that rideshare companies’ commercial insurance does not pay.  For example, Geico (in Maryland and Virginia) and Progressive (in Pennsylvania) are offering individual commercial insurance to rideshare drivers that has lower rates than most commercial insurance.  USAA (in Colorado and Texas) offers a commercial insurance policy to rideshare drivers for an extra $6 to $8 per month.  Erie Insurance (in Illinois and Indiana) has removed an exclusion from personal auto policies purchased with a “business use” designation such that rideshare drivers now may be covered.

Overall, many options are emerging to provide additional insurance coverage on rideshare vehicles for the benefit of passengers and other third parties at all stages of the transportation process – from the time a rideshare driver turns on the app through the transport of a passenger.  Passengers, drivers, and affected third parties should continue to monitor these developments to make sure they are adequately protected.

© 2016 Gilbert LLP

[1] One consequence of the driver being classified as an independent contractor is that rideshare companies do not have to provide worker’s compensation insurance for a driver’s on-the-job injuries.  The Ghazi case addresses whether Uber drivers actually are employees and thus Uber must provide worker’s compensation insurance.

Amazon to Control Delivery by Drone?

People are talking about and news organizations are covering Amazon’s announced plans to deliver goods by drone in the not-too-distant future.  However, fewer are talking about or covering Amazon’s effort to be the only company that can autonomously deliver goods by drone.  On March 25, 2014, Amazon filed a United States patent application directed to aspects of a drone delivery system.  Pursuant to current patent law, the application was published on October 1, 2015, roughly 18 months after the application was filed.  While the application is still pending and not yet an issued patent, it provides an interesting look at the scope of protection Amazon is seeking for its drone delivery system.

Under current proposed FAA regulations, drones cannot be flown outside of the line of sight of the operator.  A much greater range will be needed for an effective drone delivery network.  Amazon is proposing to send its drones as far as 15 miles from a regional fulfillment center.  The drones would take off vertically from a warehouse floor, fly at low altitude over a suburban landscape and then descend into the backyards of their destination points.  There they would lay the package on the lawn before lifting off to return to the warehouse for another run.  The success of such a system will depend upon receiving FAA approval.  FAA approval of such a system is likely to be contingent upon demonstrating that the system can be operated without causing a hazard.  In other words, the drones will need to be equipped  with “sense and avoid” technology that prevents them from crashing into things.

Amazon’s pending patent application, Pub. No. US 2015/0277440 A1, contains claims that are broadly directed to a propeller driven automated mobile vehicle having a laser based rangefinder configured to determine a distance to an object, to a distance determining system for an automated mobile vehicle having a distance determining element positioned to emit a laser signal that reflects off a reflective exterior surface of a motor, and to an automated mobile vehicle having a plurality of motors where the alignment axis of at least two of the motors are not parallel and each motor has a distance determining element.  These claims have not yet been examined by the Patent Office.  Upon examination, the scope of the claims will likely have to be narrowed to distinguish them from prior art.  However, it seems clear that Amazon is interested in pursuing broad protection for “drones” having a distance determining element, which is likely to be a necessary component of any “sense and avoid” technology.  Thus, the potential exists that Amazon will obtain patent protection broadly covering drone delivery systems.

The way the Amazon patent application is written, it seeks to avoid the need for human involvement to ensure that vehicles do not collide with other drones, manned aircraft, or other objects or structures on the ground.  It also discusses a system for automatically sensing and avoiding objects.  Thus, the “automated mobile vehicles” of the application and recited in the claims appear to be directed to autonomous drones.  However, at this stage it is not yet clear whether the claims in any patent that issues will be limited to autonomous drones, but might also cover remotely-piloted drones.  It remains to be seen whether the examination process will push Amazon into limiting the claims to autonomous operation.

The Amazon patent application also discusses the distance determining elements being used to detect the presence of objects and to then cause the automated mobile vehicle to alter its path to avoid the object.  Thus, the distance determining elements seem to be used not only for unloading positioning, but also for sense and avoid in flight.  While in a remotely piloted context, a sense and avoid system may not need to actually determine distances to other objects.  The remote pilot could rely on visual displays of the surrounding environment of the drone to avoid collisions.  However, in an autonomous operation, it is difficult to envision any sense and avoid system that would not need to know at least the distance from the drone to surrounding objects to function.  Amazon appears to be using this need to know such distances in the autonomous context to preempt the field.  In other words, a patent covering any autonomous drone that determines distance to surrounding objects might preclude any other drones from being able to have a functioning sense and avoid capability.

The broadest claims in the Amazon patent application just recite a “distance determining element.”  In a narrower claim, the application specifies “the distance determining element is at least one of an ultrasonic ranging module, a laser rangefinder, a radar distance measurement module, stadiametric based rangefinder, a parallax based rangefinder, a coincidence based rangefinder, a Lidar based rangefinder, Sonar based rangefinder, or a time-of-flight based rangefinder.”  Thus, at this stage, Amazon is trying to cover all of the named techniques, any combination of those techniques, as well as anything else that could broadly be considered a distance determining element.

As noted, the Amazon patent application is still just pending and has yet to be examined.  Amazon may have other patent applications pending that have not yet been published, and therefore are not yet open to review by the public.  FAA regulations are also still developing.  Thus, much remains to be determined even as it relates to Amazon itself.  Other entities may also be working on drone delivery systems and/or have pending patent applications that have not yet been published.  Domino’s Pizza is said to have tested delivering pizzas by drone.  Skype’s co-founders have set up Starship Technologies to develop a ground-based drone that would be able to deliver groceries to customer’s homes.  It will be very interesting to see how the intellectual property protection for drone delivery systems plays out.

©2015 All Rights Reserved. Lewis Roca Rothgerber LLP

Auto Industry Record Breaking Sales Close Out 2015

The automotive industry ended 2015 with a bang, breaking the record with nearly 17.5 million sales of cars and light trucks. This tops the previous record of 17.35 million cars in 2000. In all, American consumers spent $570 billion on new cars. This is a significant comeback from the low of 10.4 million cars consumers purchased in 2009.

business people connecting

Trucks, SUVs, and crossover vehicles had the strongest overall sales in 2015, with an increase in 13% over 2014. The Ford F-150 remained the top selling vehicle in the US. The industry also saw a significant increase in leasing, totaling 29% of new retail sales. Merely 10 years ago, leases accounted for only 16.6% of new retail sales.

As we previously noted on the blog, low fuel prices and easier access to credit, among other factors, drove sales over the past year. Gas prices should remain low in the near term, and although interest rates are slowly increasing, analysts expect a continued upward trend with 2016 predicted to be another record year in the auto industry.

© 2015 Foley & Lardner LLP

New Report on Renewable Energy as an Airport Revenue Source

The Airport Cooperative Research Program (ACRP) has recently published a guidebook on Renewable Energy as an Airport Revenue Source. The link to the guidebook on the ACRP website is here. David Bannard is a co-author of the guidebook, for which the lead authors were Stephen Barrett and Philip DeVita of HMMH.

solar energy, sustainable, clean power, renewable, source, sun

Airports are exploring non-traditional revenue sources and cost-saving measures. Airports also present a unique and often accommodating environment for siting renewable energy facilities, from solar photovoltaics (PV) to thermal, geothermal, wind, biomass and other sources of renewable energy. Although the guidebook focuses on the financial benefits of renewable energy to airports, it also notes other business and public policy benefits that can accrue from use of renewable energy at airports.

The guidebook includes case summaries of 21 different renewable energy projects at airports across the United States and in Canada and the U.K. Projects summarized include solar PV, wind, solar thermal, biomass, and geothermal technologies. In addition the guidebook examines factors to be considered when evaluating airport renewable energy projects, conducting financial assessments of airport renewable energy and issues relating to implementing airport renewable energy projects. Airports present unique challenges and opportunities for development of renewable energy facilities. The ACRP’s recent publication helps both airport operators and renewable energy providers and financiers understand and address many of these complex issues presented in the airport environment.

© 2015 Foley & Lardner LLP

Autonomous Driving Means Big Bucks For Everyone

New insights from McKinsey & Company demonstrate one common theme: the more autonomous vehicles take over the world, the more money saved and the more revenue earned by almost everyone. McKinsey interviewed over 30 industry experts around the world and came up with Ten Ways Autonomous Driving Could Redefine the Automotive World. Interestingly, they are all cash positive.

How will we all make money? Here is just a partial list according to McKinsey:

  • Labor cost savings. These are already being seen in mining and farming applications today. In those areas, autonomous vehicles can work in closed, private environments without the general safety concerns of the open road. As McKinsey notes, look for construction and warehousing sectors to adopt next.

  • Uber has disrupted the taxi business. Investors just might salivate at the chance to back a similar company – with no concerns about drivers at all.

  • Auto insurance may be totally different. If everyone owns an autonomous vehicle, traditional coverage for liability for accidents will no longer need to be a primary concern. Manufacturers of autonomous vehicles though will need significantly more coverage. Who bears this cost, and who gets the cost savings on insurance will be an interesting question.

  • Supply chain logistics will surely be more efficient with autonomous vehicles. This will also lead to flexibility, which surely will lead to cost savings.

  • Productivity. What is your commute time? Do you drive? For all people that drive to/from work, autonomous vehicles will free up substantial time during the day. During this time, more work can be done. Of course, for those who do not work, digital media revenues could explode as people seek ever more entertainment on their phones. How much time? McKinsey put the global number of saved commuting time at over one billion (billion!) hours. One billion hours of work, or, watching cat videos.

  • Decreased accidents = decreased costs. McKinsey cites that roadway crashes cost the US economy $212 billion in 2012. Cutting that even in half is a huge savings.

Autonomous vehicles are coming. Their impact is still speculative. But there is no doubt that when they do finally arrive, one generation will suddenly find itself thinking that the idea of driving your own car is impossible to fathom.

© 2015 Foley & Lardner LLP