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ti 85 user manualTo find out more or to change your preferences, see our cookie policy page. Click Agree and Proceed to accept cookies and enter the site. This helps us improve the way TI sites work (for example, by making it easier for you to find information on the site). Interest-based ads are displayed to you based on cookies linked to your online activities, such as viewing products on our sites. We may also share this information with third parties for these purposes. These cookies help us tailor advertisements to better match your interests, manage the frequency with which you see an advertisement, and understand the effectiveness of our advertising. If you do not allow these cookies, some or all site features and services may not function properly. And by having access to our ebooks online or by storing it on your computer, you have convenient answers with Ti 85 Manual. To get started finding Ti 85 Manual, you are right to find our website which has a comprehensive collection of manuals listed. Our library is the biggest of these that have literally hundreds of thousands of different products represented. I get my most wanted eBook Many thanks If there is a survey it only takes 5 minutes, try any survey which works for you. You may have to register before you can post: click the register link above to proceed. To start viewing messages, select the forum that you want to visit from the selection below. Report this Document Download now Save Save texas-ti-85-users-manual-390373.pdf For Later 0 ratings 0 found this document useful (0 votes) 374 views 29 pages texas-ti-85-users-manual-390373.pdf Uploaded by ingventor Description: Full description Save Save texas-ti-85-users-manual-390373.http://fehehcs.com/userfiles/devilbiss-dad-500-manual.xml

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pdf For Later 0 0 found this document useful, Mark this document as useful 0 0 found this document not useful, Mark this document as not useful Embed Share Print Download now Jump to Page You are on page 1 of 29 Search inside document Browse Books Site Directory Site Language: English Change Language English Change Language Quick navigation Home Books Audiobooks Documents, active Collapse section Rate Useful 0 0 found this document useful, Mark this document as useful Not useful 0 0 found this document not useful, Mark this document as not useful Collapse section Share Share on Facebook, opens a new window Facebook Share on Twitter, opens a new window Twitter Share on LinkedIn, opens a new window LinkedIn Copy Link to clipboard Copy Link Share with Email, opens mail client Email. You may have to register before you can post: click the register link above to proceed. To start viewing messages, select the forum that you want to visit from the selection below. And by having access to our ebooks online or by storing it on your computer, you have convenient answers with Ti 85 Owners Manual. To get started finding Ti 85 Owners Manual, you are right to find our website which has a comprehensive collection of manuals listed. Our library is the biggest of these that have literally hundreds of thousands of different products represented. I get my most wanted eBook Many thanks If there is a survey it only takes 5 minutes, try any survey which works for you. Post your question here in this forum. We're committed to dealing with such abuse according to the laws in your country of residence. When you submit a report, we'll investigate it and take the appropriate action. We'll get back to you only if we require additional details or have more information to share. Note that email addresses and full names are not considered private information. Please mention this; Therefore, avoid filling in personal details. Please enter your email address.http://www.ekobarc.pl/userfiles/devilbiss-dv51d-manual.xml For example the QUIT command will Some menus have many entries. You might need to use the MORE button.If you have misplaced yours, visit the. TI website to view a copy. TI Manuals Choose a descriptive name up to 8 letters. Keep in mind that the program names will eventually appear alphabetized Hit ENTER. In most cases the commands can be found using a menu atIf you need to delete a character use DEL. It deletes to the right of the cursor. If you need to insert charactersIt inserts to the left of the cursor.Hit ENTER atWhen you are finished, hit QUIT.Enter it just as you do when graphing. The function value. Designed in 1992 as TI's second graphing calculator (the first was the TI-81 ), it was replaced by the TI-86, which has also been discontinued.Texas Instruments had included a version of BASIC on the device to allow programming. Each calculator came with a cable to connect calculators (simply a three-conductor cable with 2.5 mm phone connectors on each end). Another cable known as the TI-Graph Link was also sold, along with appropriate software, to connect the calculator to a personal computer. These cables made it possible to save programs and make backups. Sal Khan from Khan Academy also uses this calculator for his lessons.With this knowledge, a hack was devised where a special string could be inserted into the backup at the proper location to allow the calculator to execute assembly language programs. These programs could run much faster than their BASIC counterparts and be much more efficient in terms of memory usage. This development made the TI-85 the first TI graphing calculator that could execute assembly programs.Games such as Tetris and Boulder Dash are available, as are programs with more practical uses, such as versions of the periodic table. Total memory capacity was about 32 kilobytes, with 28226 bytes available for use.https://www.informaquiz.it/petrgenis1604790/status/flotaganis23052022-0102Probably in response to the widespread use of assembly programs, TI officially introduced assembly access in later models, such as the TI-83 and TI-86, along with expanded memory.Please help improve this article by adding citations to reliable sources. Unsourced material may be challenged and removed.By using this site, you agree to the Terms of Use and Privacy Policy. For other uses, see Ram. General In contrast, with other direct-access data storage media such as hard disks, CD-RWs, DVD-RWs and the older magnetic tapes and drum memory, the time required to read and write data items varies significantly depending on their physical locations on the recording medium, due to mechanical limitations such as media rotation speeds and arm movement.These include most types of ROM and a type of flash memory called NOR-Flash.Commercial MOS memory, based on MOS transistors, was developed in the late 1960s, and has since been the basis for all commercial semiconductor memory. The first commercial DRAM IC chip, the Intel 1103, was introduced in October 1970. Synchronous dynamic random-access memory (SDRAM) later debuted with the Samsung KM48SL2000 chip in 1992.Ultrasonic delay lines were serial devices which could only reproduce data in the order it was written. Drum memory could be expanded at relatively low cost but efficient retrieval of memory items required knowledge of the physical layout of the drum to optimize speed. Latches built out of vacuum tube triodes, and later, out of discrete transistors, were used for smaller and faster memories such as registers. Such registers were relatively large and too costly to use for large amounts of data; generally only a few dozen or few hundred bits of such memory could be provided.It stored data as electrically charged spots on the face of a cathode ray tube. Since the electron beam of the CRT could read and write the spots on the tube in any order, memory was random access.http://dana1157.com/images/99-mercury-cougar-manual-transmission.pdf The capacity of the Williams tube was a few hundred to around a thousand bits, but it was much smaller, faster, and more power-efficient than using individual vacuum tube latches.It became a widespread form of random-access memory, relying on an array of magnetized rings. By changing the sense of each ring's magnetization, data could be stored with one bit stored per ring. Since every ring had a combination of address wires to select and read or write it, access to any memory location in any sequence was possible.Data was stored in the tiny capacitance of each transistor, and had to be periodically refreshed every few milliseconds before the charge could leak away.In 1966, Dr. Robert H. Dennard at the IBM Thomas J. Watson Research Center was working on MOS memory. While examining the characteristics of MOS technology, he found it was capable of building capacitors, and that storing a charge or no charge on the MOS capacitor could represent the 1 and 0 of a bit, while the MOS transistor could control writing the charge to the capacitor.In SRAM, a bit of data is stored using the state of a six- transistor memory cell, typically using six MOSFETs (metal-oxide-semiconductor field-effect transistors). This form of RAM is more expensive to produce, but is generally faster and requires less dynamic power than DRAM. In modern computers, SRAM is often used as cache memory for the CPU. The capacitor holds a high or low charge (1 or 0, respectively), and the transistor acts as a switch that lets the control circuitry on the chip read the capacitor's state of charge or change it. As this form of memory is less expensive to produce than static RAM, it is the predominant form of computer memory used in modern computers.By contrast, read-only memory (ROM) stores data by permanently enabling or disabling selected transistors, such that the memory cannot be altered. Writeable variants of ROM (such as EEPROM and flash memory ) share properties of both ROM and RAM, enabling data to persist without power and to be updated without requiring special equipment. These persistent forms of semiconductor ROM include USB flash drives, memory cards for cameras and portable devices, and solid-state drives. In optical storage, the term DVD-RAM is somewhat of a misnomer since, unlike CD-RW or DVD-RW it does not need to be erased before reuse. Nevertheless, a DVD-RAM behaves much like a hard disc drive if somewhat slower.The memory cell is an electronic circuit that stores one bit of binary information and it must be set to store a logic 1 (high voltage level) and reset to store a logic 0 (low voltage level). The value in the memory cell can be accessed by reading it.This means that SRAM requires very low power when not being accessed, but it is expensive and has low storage density.However, the charge in this capacitor slowly leaks away, and must be refreshed periodically. Because of this refresh process, DRAM uses more power, but it can achieve greater storage densities and lower unit costs compared to SRAM.Within the RAM device, multiplexing and demultiplexing circuitry is used to select memory cells. Typically, a RAM device has a set of address lines A0. An, and for each combination of bits that may be applied to these lines, a set of memory cells are activated. Due to this addressing, RAM devices virtually always have a memory capacity that is a power of two.For example, a 4 bit 'wide' RAM chip has 4 memory cells for each address. Often the width of the memory and that of the microprocessor are different, for a 32 bit microprocessor, eight 4 bit RAM chips would be needed.In that case, external multiplexors to the device are used to activate the correct device that is being accessed.Many computer systems have a memory hierarchy consisting of processor registers, on-die SRAM caches, external caches, DRAM, paging systems and virtual memory or swap space on a hard drive. Even within a hierarchy level such as DRAM, the specific row, column, bank, rank, channel, or interleave organization of the components make the access time variable, although not to the extent that access time to rotating storage media or a tape is variable. The overall goal of using a memory hierarchy is to obtain the highest possible average access performance while minimizing the total cost of the entire memory system (generally, the memory hierarchy follows the access time with the fast CPU registers at the top and the slow hard drive at the bottom).These can quickly be replaced should they become damaged or when changing needs demand more storage capacity. As suggested above, smaller amounts of RAM (mostly SRAM) are also integrated in the CPU and other ICs on the motherboard, as well as in hard-drives, CD-ROMs, and several other parts of the computer system.Excessive use of this mechanism results in thrashing and generally hampers overall system performance, mainly because hard drives are far slower than RAM.A RAM disk loses the stored data when the computer is shut down, unless memory is arranged to have a standby battery source.The ROM chip is then disabled while the initialized memory locations are switched in on the same block of addresses (often write-protected). This process, sometimes called shadowing, is fairly common in both computers and embedded systems.When enabled, functions that rely on data from the BIOS's ROM instead use DRAM locations (most can also toggle shadowing of video card ROM or other ROM sections). Depending on the system, this may not result in increased performance, and may cause incompatibilities. For example, some hardware may be inaccessible to the operating system if shadow RAM is used. On some systems the benefit may be hypothetical because the BIOS is not used after booting in favor of direct hardware access.The technologies used include carbon nanotubes and approaches utilizing Tunnel magnetoresistance. Whether some of these technologies can eventually take significant market share from either DRAM, SRAM, or flash-memory technology, however, remains to be seen.An important reason for this disparity is the limited communication bandwidth beyond chip boundaries, which is also referred to as bandwidth wall. From 1986 to 2000, CPU speed improved at an annual rate of 55 while memory speed only improved at 10.Secondly, the advantages of higher clock speeds are in part negated by memory latency, since memory access times have not been able to keep pace with increasing clock frequencies. Third, for certain applications, traditional serial architectures are becoming less efficient as processors get faster (due to the so-called Von Neumann bottleneck ), further undercutting any gains that frequency increases might otherwise buy. In addition, partly due to limitations in the means of producing inductance within solid state devices, resistance-capacitance (RC) delays in signal transmission are growing as feature sizes shrink, imposing an additional bottleneck that frequency increases don't address. Retrieved 19 June 2019. Retrieved 19 June 2019. Computer History Museum. Retrieved 10 August 2019. Archived from the original on 3 July 2017. Retrieved 8 May 2018. Retrieved 8 July 2019. Retrieved 2009-07-20. Retrieved 2011-12-14. CS1 maint: archived copy as title ( link ). Vancouver, BC. Retrieved 14 July 2018. Archived from the original on August 1, 2016. Retrieved March 31, 2014. Archived from the original on August 1, 2016. Retrieved March 31, 2014. Archived from the original on August 1, 2016. Retrieved March 31, 2014. Retrieved March 31, 2014. Retrieved 19 June 2019. Retrieved July 31, 2007. Retrieved 27 June 2019. Retrieved 5 July 2019. Retrieved 25 June 2019. Retrieved 27 June 2019. Smithsonian Institution. Retrieved 20 June 2019. Smithsonian Institution. Retrieved 20 June 2019. Retrieved 29 June 2019. Retrieved 10 July 2019. Retrieved 10 July 2019. March 2005. Retrieved 10 July 2019. November 2010. Retrieved 10 July 2019. By using this site, you agree to the Terms of Use and Privacy Policy. The Z80 was conceived by Federico Faggin in late 1974 and developed by him and his 11 employees starting in early 1975. The first working samples were delivered in March 1976, and it was officially introduced on the market in July 1976.At Fairchild Semiconductor, and later at Intel, Faggin had been working on fundamental transistor and semiconductor manufacturing technology. He also developed the basic design methodology used for memories and microprocessors at Intel and led the work on the Intel 4004, the 8080 and several other ICs. Masatoshi Shima, the principal logic and transistor level-designer of the 4004 and the 8080 under Faggin's supervision, joined the Zilog team.In following years, however, the CMOS Z80 would dominate this market.Perhaps a key to the initial success of the Z80 was the built-in DRAM refresh, and other features which allowed systems to be built with fewer support chips (Z80 embedded systems typically use static RAM and hence do not need this refresh). CMOS versions were developed with specified upper frequency limits ranging from 4 MHz up to 20 MHz for the version sold today.There is no dedicated adder for offsets or separate incrementer for R, and no need for more than a single 16-bit temporary register WZ (although the incrementer latches are also used as a 16-bit temporary register, in other contexts).The Z80 was designed as an extension of the Intel 8080, created by the same engineers, which in turn was an extension of the 8008. The 8080 also introduced the important 8-bit immediate data mode for accumulator operations, and immediate 16-bit data for HL, BC and DE loads. Furthermore, direct 16-bit copying between HL and memory was now possible, using a direct address.The 16-bit IX and IY registers in the Z80 are primarily intended as base address-registers, where a particular instruction supplies a constant offset that is added to the previous values, but they are also usable as 16-bit accumulators, among other things. The Z80 also introduced a new signed overflow flag and complemented the fairly simple 16-bit arithmetics of the 8080 with dedicated instructions for signed 16-bit arithmetics. A similar feature was present in the 2200, but was never implemented at Intel. The dual register-set is very useful in the embedded role, as it improves interrupt handling performance, but found widespread use in the personal computer role as an additional set of general registers for complex code like floating point arithmetics or home computer games.This enables fast context switches for interrupt service routines: EX AF, AF' may be used alone, for really simple and fast interrupt routines, or together with EXX to swap the whole BC, DE, HL set. This is still several times as fast as pushing the same registers on the stack. Slower, lower priority, or multi level interrupts normally use the stack to store registers, however.Like the refresh register, this register has also sometimes been used creatively; in interrupt modes 0 and 1 (or in a system not using interrupts) it can be used as simply another 8-bit data register.The Sign (bit 7) and Zero (bit 6) flags are set according to the data loaded from the Refresh or Interrupt source registers.This original syntax was later transformed into a new, somewhat more traditional, assembly language form for this same original 8008 chip. At about the same time, the new assembly language was also extended to accommodate the added addressing possibilities in the more advanced Intel 8080 chip (the 8008 and 8080 shared a language subset without being binary compatible; however, the 8008 was binary compatible with the Datapoint 2200).The mnemonic letter M, for memory (referenced by HL), was lifted out from within the instruction mnemonic to become a syntactically freestanding operand, while registers and combinations of registers became very inconsistently denoted; either by abbreviated operands (MVI D, LXI H and so on), within the instruction mnemonic itself (LDA, LHLD and so on), or both at the same time (LDAX B, STAX D and so on).This is possible because the operands themselves carry enough information. Arithmetic instructions on the Z80 set it to indicate overflow rather than parity, while bitwise instructions still use it as a parity flag. This new overflow flag is used for all new Z80-specific 16-bit operations ( ADC, SBC ) as well as for 8-bit arithmetic operations, although the 16-bit operations inherited from the 8080 ( ADD, INC, DEC ) do not affect it. Also, bit 1 of the flags register (a spare bit on the 8080) is used as a flag, N, that indicates whether the last arithmetic instruction executed was a subtraction or addition. The Z80 version of the DAA instruction (Decimal Adjust Accumulator for BCD arithmetic) checks the N flag and behaves accordingly, so a (hypothetical) subtraction followed later by DAA will yield a different result on an old 8080 than on the Z80. However, this would likely be erroneous code on the 8080, as DAA was defined for addition only on that processor. A result of a regular encoding (common with the 8080) is that each of the 8-bit registers can be loaded from themselves (e.g. LD A,A ). This is effectively a NOP. Bytes are copied from source to destination, the pointers are incremented or decremented, and the byte counter is decremented until BC reaches zero.The repeating versions CPIR and CPDR only terminate if BC goes to zero or a match is found. HL is left pointing to the byte after ( CPIR ) or before ( CPDR ) the matching byte. If no match is found the Z flag is reset. There are non-repeating versions CPI and CPD.Only the Zero and Carry flags can be tested for these new two-byte JR instructions. A two-byte instruction specialized for program looping is also new to the Z80. DJNZ (Decrement Jump if Non-Zero) takes a signed 8-bit displacement as an immediate operand. The B register is decremented. If the result is nonzero then program execution jumps relative to the address of the PC plus the displacement. The flags remain unaltered. To perform an equivalent loop on an 8080 would require separate decrement and jump (to a two-byte absolute address) instructions, and the flag register would be altered.Thus, for simple or linear accesses of data, use of IX and IY tend to be slower and occupy more memory. Their officially undocumented 8-bit halves (see below) can be especially useful in this context, for they incur less slowdown than their 16-bit parents. Similarly, instructions for 16-bit additions are not particularly fast (11 clocks) in the original Z80; nonetheless, they are about twice as fast as performing the same calculations using 8-bit operations, and equally important, they reduce register usage.This is often seen in stack-oriented languages like Forth which at the end of every Forth word (atomic subroutines comprising the language) must jump unconditionally back to their thread interpreter routines. Typically this jump instruction appears many hundreds of times in an application, and using JP (XY) rather than JP THREAD saves a byte and two t-states each occurrence. This naturally makes the index register unavailable for any other use, or else the need to constantly reload it would negate its efficiency.Officially, they were treated as 16-bit only. For example, the opcode 26h followed by an immediate byte value (LD H,n) will load that value into the H register. Preceding this two-byte instruction with the IX register's opcode prefix, DD, would instead result in the most significant 8 bits of the IX register being loaded with that same value. The halves of the XY registers could also hold operands for 8-bit arithmetic, logical and compare instructions, sparing the regular 8-bit registers for other use. However, as they are not part of the formal definition of the instruction set, different implementations of the Z80 are not guaranteed to work the same way for every undocumented opcode.Both the OTDR and OTIR instructions are supposed to leave the carry (C) flag unmodified. The OTIR instruction operates correctly; however, during the execution of the OTDR instruction, the carry flag takes the results of a spurious compare between the accumulator (A) and the last output of the OTDR instruction.Important: the example code does not handle a certain case where the destination block overlaps the source; a fatal bug. The sample code is extremely inefficient, intended to illustrate various instruction types, rather than best practices for speed. In particular, the Z80 has a single instruction that will execute the entire loop ( LDIR ). The data block is copied one byte at a time, and the data movement and looping logic utilizes 16-bit operations. Note that the assembled code is binary-compatible with the Intel 8080 and 8085 CPUs.This avoids cumbersome asynchronous logic and makes the control signals behave consistently at a wide range of clock frequencies.The shortest machine cycle that could safely be used in embedded designs has therefore often been limited by memory access times, not by the maximum CPU frequency (especially so during the home computer era). However, this relation has slowly changed during the last decades, particularly regarding SRAM; cacheless, single-cycle designs such as the eZ80 have therefore become much more meaningful recently.SGS-Thomson (now STMicroelectronics ) was a second-source, too, with their Z8400. There were also Z80-chips made by GoldStar (now LG ) and the BU18400 series of Z80-clones (including DMA, PIO, CTC, DART and SIO) in NMOS and CMOS made by ROHM Electronics.It was very popular and was used in Robotron 's and VEB Mikroelektronik Muhlhausen's computer systems (such as the KC85 -series) and also in many self-made computer systems. In Romania another unlicensed clone could be found, named MMN80CPU and produced by Microelectronica, used in home computers like TIM-S, HC, COBRA. The first marking was used in pre-production series, while the second had to be used for a larger production.Manufactured by Sharp as well as Toshiba. It exists in versions with on chip SRAM or flash memory, as well as with integrated peripherals. It is currently specified for clock frequencies up to 50 MHz. Currently, it is still manufactured and sold by Flite Electronics International Limited in Southampton, England.The Sharp PC-1500, a BASIC -programmable pocket computer was released in 1981, followed by the improved Sharp PC-1600 in 1986 and the Sharp PC-E220 in 1991. While the laptop market in subsequent years moved to more powerful Intel 8086 processors and the MS-DOS operating system, light-weight Z80-based systems with a longer battery life were still being introduced, such as the Cambridge Z88 in 1988 and the Amstrad NC100 in 1992. The Z80-derived Z8S180 also found its way into an early pen-operated personal digital assistant, the Amstrad PenPad PDA600 in 1993.The TI-84 Plus series, introduced in 2004, is still in production as of 2020. The TI-84 Plus CE series, introduced in 2015, uses the Z80-derived Zilog eZ80 processor and is also still in production as of 2020.The Z80 was used in the Master System and Game Gear consoles. The Sega Genesis contains a Z80 which controls the system’s sound chips and provides backward compatibility with Master System games.This long M1-signal (relative to the clock) also meant that the Z80 could employ about 4-5 times the internal frequency of a 6800, 6502 or similar using the same type of memory. Professional Engineering. New York, New York: McGraw-Hill Professional. p. 122. ISBN 0-07-140927-0. The Z80 then uses this byte where one of 128 interrupt vectors can be selected by the byte. Retrieved 2009-07-22. Retrieved 2009-06-04. Frank Durda. Archived from the original on 2016-02-11. Retrieved 2016-07-25. Undocumented Z80 codes allow 8 bit operations with IX and IY registers. The exceptions are instructions like LD H,IXH and LD L,IYH. ADD A, n Add accumulator with immediate data n. MEMORY Timing: 2 M cycles; 7 T states. Retrieved 2014-04-30. Their CPU code, KC80 is compatible with Zilog's Z80 at binary level. KC80 executes instructions about four times faster than Z80 at the same clock rate Lakeview research. p. 93. ISBN 978-1-931448-00-0. Rabbit Semiconductor's Rabbit 3000 microprocessor, which is a much improved and enhanced derivative of ZiLOG, Inc.'s venerable Z80 microprocessor. The Rabbit parts are based closely on the Zilog Z180 architecture, although they are not binary compatible with the Zilog parts. Chapman and Hall. p. 223. ISBN 978-0-412-00491-9.Steven Stengel. Retrieved 2019-03-05. April 1991. Retrieved 2018-04-11. Retrieved 2018-04-11. Joerg Woerner. Retrieved 2019-06-18. Joerg Woerner. Retrieved 2019-06-18. By using this site, you agree to the Terms of Use and Privacy Policy. Something went wrong. All Rights Reserved. User Agreement, Privacy, Cookies, and AdChoice Norton Secured - powered by Verisign. The TI-85 is a graphing calculator made by Texas Instruments. One of the settings on the TI-85 allows you to adjust the contrast on the screen.

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On the day of your renting, you should bring the contract, your boat license, an official ID so the boat owner can verify all the information.

You should check the yacht description to see if the yacht owner gave any precision on fuel pricing.

Most of the time, especially for motorboats, you can consider the fuel is not included and you pay to the boat owner. Usually, you take the yacht with a certain amount of fuel, and return it with the same quantity. For more precise details, you can directly contact the boat owner.

For most renting with a skipper, the skipper service fees are included in the price. If they are not, the owner will specify this in the listing.

For a renting with or without a skipper, do not hesitate to ask questions to the yacht owner by sending a message through the Airynb site. He/she can give you more details on the charter.

The yachts should be insured by the owners themselves. When they create a rental offer on Airynb site they should have an insurance policy.
Please check with the boat owner if he/she has signed an insurance policy.

Theoretically, the boat owner or the skipper are the only captains on board. Although, with their authorization and if you are on a sailboat, they may authorize you to steer the yacht. If you are on a motorboat, and if you are a boat license holder, you may steer the yacht if the skipper allows you to.

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You may always ask the boat owner for a discount or a personalized offer sending a message from "send message" button that is in every rental offer and filling in the contact form.

You can see the yacht according to the boat owner rules. You will then be able to exchange contact information with the owner and visit the yacht. The Airynb contact form allows you to ask all your questions, and is also accessible via mobile site.

A rental offer "without skipper" is a charter where you get the yacht alone: you will be steering it. Do not forget to specify your nautical experience and add your yacht license, in some cases, to reassure the boat owner. You will be responsible of the yacht during the entire length of the charter.

A rental offer "with skipper" is a charter with a professional skipper or the boat owner on board. They will be with you during your charter and will be in charge of steering the yacht.

A rental offer "with or without skipper" means that the yacht is available for charter with or without a skipper, both options are possible. It depends on your preference, and your nautical experience.

The yachts should be insured by the owners themselves. Please check directly with the boat owner what type of insurance they have. You can send a message by clicking on the "send message" button contained in the rental offer and filling in the contact form.

You do not pay Airynb. You directly pay the boat owner.

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Click on "access" button and then click on "create account". Fill in the form selecting from the first window if you are a boat owner, insert a username and password, email and your personal data. You receive an email, click on the url and your account i s confirmed. Than you go on Airynb site, click on Access and insert your username and password and you are part of Airynb community.

During registration, you should receive a confirmation email on the email address you used to register. To validate your email, you simply have to click on the link "Confirm my email address". To verify that you entered the correct email address, go to "My Account" and "Profile".

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We do accept yacht charter professionals if those two conditions are respected:

The pricing of rental offer have to be lower to the pricing displayed on your website or in your agency/office.

Your company or website may not be mentioned at any time: not in the description, not in your photos, and not in the exchange of messages with potential boat renters.

If you make your yacht available for charter with you or a qualified person on board, the charter will be considered to be "with skipper".

If you make your yacht available for charter without skipper, the boat renter will be responsible for steering the yacht.

You may also make your yacht available for charter "with or without skipper," letting the renter choose if he wants to have a skipper on board or not (depending on the renter's preference and navigational experience.

I remember you the simple steps to create a boat rental offer:

1. Register you account as boat owner on Airynb site.

2. Register your boats on Airynb site

3. Insert a boat rental offer for every boat with calendar and price.

Boat renter communicate with you through "send message" button in the rental offer filling in the Airynb contact form. Remenber that you deal directly with the future boat renter.

You will pay a token for every day that your rental offer will be present in Airynb site. The value of the token depends from the number of your boat's feet.

When the boat renter will accept your boat rental offer you will delete the rental offer for that period on Airynb site. From that moment you will not pay more.

Airynb will notify you well in advance when the token payment will be active. From now until then you will pay nothing to enter your boat rental offers.

Charter Request

To offer a discount or make a personalized offer to a boat renter, you can do it directly dealing with the boat renter.

You will be able to share contact information, email and phone numbers with the boat renter.
The first time will be when the boat renter will send you a message via the Airynb contact form by replying to one of your boat rental offers.
When you will receive your message you will be in contact with the boat renter and from that moment you can exchange email and phone numbers.

You have to register on Airynb site. You click on "access", click on "create account" and fill in all the information.
a. select "I am boat owner"
b. insert email and phone number
c. insert name and surname
You will receive an email to the communicated email in the registration, click on the URL and from that moment you are registered on Airynb site.
After it you join the Airynb community. Please recommend it to friends or family. Click on the links you find on the Airynb site, such as Facebook, Twitter, Instagram, Google +, Linkedin, Youtube and Pinterest.

Yes, your personal information is secured.

Our website uses the highest security standards to assure your security. All the information present on Airy&b are secured. The site www.airyachtnboat.com is verified by a SSL certificate.

To modify your password, go to "My Account" and then "Profile". Once you are on your profile, click on "Edit my Password".