Omega Speedmaster X-33 Skywalker – In-Depth Review – Live photos, specs and price

The Idea of checking on a watch fueled by a quartz type may be utter horror here at Monochrome-Watches. The mechanical excellence of the watches introduced here, the complexity of their types, their completion, their general plan and their design are boundaries that drive Frank and the group to demand introducing exclusively mechanical watches. Without a doubt, mechanical watches have a specific esteem, a nostalgic emanation among different characteristics and are appropriately ...

Omega Speedmaster X-33 Skywalker – In-Depth Review – Live photos, specs and price

The Idea of checking on a watch fueled by a quartz type may be utter horror here at Monochrome-Watches. The mechanical excellence of the watches introduced here, the complexity of their types, their completion, their general plan and their design are boundaries that drive Frank and the group to demand introducing exclusively mechanical watches. Without a doubt, mechanical watches have a specific esteem, a nostalgic emanation among different characteristics and are appropriately connected with the term ‘luxury watch.’ However, there are some quartz watches that are super cool. Watches that have been worked in light of a sole reason, device watches utilizing for their potential benefit the abilities of their quartz heart. One of these wonders of hardware and miniature designing is the chronograph that can be marked as the brainchild of the powerful Speedmaster; the Omega Speedmaster X-33 Professional Skywalker (reference:318.


The legend of the Moonwatch ( read the anecdote about how the Omega Speedmaster turned into the authority NASA watch ) and its utilization in NASA’s missions had a major effect on the Swiss watch industry as a rule and Omega specifically. From the last part of the 1960’s/mid 70’s, the company began to gradually change the Speedmaster stage with the different Mark arrangement of chronographs . Regardless of the way that new missions required an alternate sort of watch, NASA demanded utilizing the first Speedmaster. Omega at that point chose to begin without any preparation on a mission to make a definitive device watch for space explorers and pilots. The new watch was expected to refresh and enhance the first Speedmaster Professional being used by NASA since the Gemini program, which had been apparently dominated by the capability of arising quartz and advanced advances and was not, at this point sufficient to address completely, the arising mission needs.

The X-33 was considered and guided through advancement to a great extent by  General Tom Stafford , the previous NASA Apollo X space explorer who sat on Omega’s corporate load up at that point. Omega authoritatively dispatched the Speedmaster Professional X-33 on March 28, 1998, at NASA’s Johnson Space Center in Houston, Texas. It was a strange looking watch most definitely with a multi-work simple/advanced plan which had its foundations on the Seamaster Multifunction delivered from 1986 utilizing the type 1665. The original X-33 planned in a joint effort with NASA space explorers, Russian cosmonauts and some expert ex-military pilots. Omega even ventured to such an extreme as to send models to the field for certifiable testing. The plan group could consider then the criticism it got from the real pilots and space travelers. At early advancement Omega’s new chronograph was named Flightmaster after the prior exemplary pilots chronograph , yet inevitably it was chosen to name the new watch as a Speedmaster Professional.

The X-33 was built exclusively from titanium. Titanium’s properties, which are a combination of high strength, firmness, durability, low thickness, and great erosion obstruction drove Omega and NASA to pick the material rather than steel. Saving weight is a major bit of leeway in space missions and that was a critical factor for the decision of this material. Titanium is pretty much as solid as steel and twice as solid as aluminium however is 45% lighter than steel and just 60% heavier than aluminum. Titanium is better than treated steel (SS) as far as thickness and consumption opposition, particularly in salt water. Furthermore titanium can be passivated, and in this manner exhibit a serious level of invulnerability to assault by most mineral acids and chlorides. It is a nontoxic metal and for the most part organically compatible with human tissues and bones. Unadulterated titanium is troublesome and expensive to deliver, and it is additionally harder to work with than SS, in this manner adding to the general expense in a watch.

The X-33 was extensively tried by NASA and snuck up suddenly because of the carefully exhaustive exertion by Omega to make a definitive space/aeronautics chronograph. It was water and pressing factor impervious to 3 bars, stun impervious to 3500Gs, and against attractive (ISO standard 764). Its quartz cal.1666 gave a precision of – 0.3s to +0.5 seconds of the day while it worked perfectly from – 20 degrees Celsius to +70 degrees Celsius. Because of its quartz type, the X-33 had great most definitely works. It could show Mission Time, a long chronograph work in days, hours, minutes and seconds. Helpful for timing the entire length of the mission or flight. It could show likewise UTC time demonstrating the day of the week, the hour, the minutes and the seconds. This is a principal work in these sort of watches used to stay away from the disarray of time region changes. The watch had a 80dB alert capacity, a chronograph, estimating 1/100 of a second while in equal consolidated a unidirectional turning bezel and a light commanded by a press button that made the presentation noticeable in the dark.

Despite its great avionics and space family the X-33 was suspended in Summer 2006 from the Omega index in spite of the fact that it stayed in help for NASA space missions. Another watch proposed to have comparative capacities however with Omega’s pilot watches plan, the Speedmaster Z-33 . Recently the premium for the X-33 first releases began to rise once more in the vintage market and actually I imagine that it merits the consideration of gatherers since it is a notorious apparatus watch. It has its upsides and downsides like some other watch out there yet for the flight and space watch epicurean is an absolute necessity have choice.

Omega Speedmaster Skywalker X-33 (reference: 318.

On the 11th of December 2014, Omega introduced to the public the new Omega Speedmaster X-33 Skywalker. The X-33 advanced from the Speedmaster Professional X-33 and has been inventively overhauled and created to address the issues of space travelers as well as of any individual who can value its amazing assortment of capacities. This watch is created from grade 2 titanium fusing obviously plan components from the exemplary Speedmaster Professional and the past ages of X-33’s. Evaluation 2 was chosen not just for its light weight and different properties yet additionally for its faint dim shading which limits undesirable light reflections. The case estimates 45mm is measurement, 14.89mm in stature and has a 20mm carry size (arm band tightens to 18mm at the fasten). This Speedmaster Professional has a clay bezel which includes a chromium nitride scale. There is a glowing white super-Luminova with cyan discharge on the 60-minute marker pointer. The arm band is made of brushed evaluation 2 titanium with grade 5 titanium joins on a brushed overlap over catch. The cover and opening pushers are made of evaluation 5 titanium; the inward collapsing fasten is in evaluation 2.

On the dial we notice high contrast hour and moment hands, which are covered with super-luminova that produces a green light. The striking red focal seconds hand is unmistakably obvious, while the hands can be withdrawn to permit clear perusing of the computerized show. The dark dial is planned on a two level standard. The external ring has white indexes and hour markers, while within there is a focal opening which houses the fluid precious stone showcase (LCD) with an electroluminescent backdrop illumination. This permits the wearer to peruse obviously the showed computerized components like the hour, moment and seconds of up to three distinctive time regions, three cautions, chronograph and commencement capacities, and a ceaseless schedule. Notwithstanding its simple and advanced presentations, this watch consolidates two capacities that will demonstrate helpful for on the job space explorers: mission slipped by time (MET) and stage passed time (PET).

While the past ages of X-33’s were tried and flight qualified by NASA, this one has been tried and qualified by the European Space Agency (ESA). Specialists of the ESA put the Skywalker through thorough tests at the European Space Research & Technology focus (ESTEC) in Noordwijk, Netherlands. This is where satellites are tried and examined before dispatch. The watch endure tests copying the extreme vibrations of a dispatch, was spun in a rotator chamber to arrive at 7G’s while in equal its exhibition was dissected in a wide assortment of temperatures (- 45 to 75 degrees Celsius). At long last the watch was exposed to radiation under the management of France’s ONERA/DESP space climate office. After all these unforgiving and requesting tests, the Skywalker qualified as a watch gear which would be appropriate for use by the space travelers of the ESA.

Caliber.5619 and its functions

The Skywalker X-33 is controlled by a 9 gem, multi-useful quartz chronograph development, the OMEGA cal.5619, with a thermo-compensated coordinated circuit. The new development was created under an ESA patent permit dependent on an innovation by ESA space traveler Jean-François Clervoy. The innovation is claimed and ensured by the ESA and is one of the 135 creations accessible for commercial use by the non-space industry.

The module of the watch fuses the accompanying functions.

  • Time scale “T1”: Local time for a period zone.
  • Time scale “T2”: Local time briefly time zone.
  • Universal Coordinated time (UTC): It is the widespread reference time scale.
  • “MET” (for “Mission Elapsed Time”): Time passed since a foreordained time, for this situation the beginning of the space mission. On account of the previously mentioned space flight, this worries the exact season of the spaceship’s lift-off.
  • “Alarm” (“AL”) work: Emission of a sound sign out on the town that can be set by the administrator of the watch in a pre-chosen time scale, either T1, T2, “UTC” or “MET”.
  • “PET” (“Phase slipped by time”): This is the time staying until a foreordained occasion, alluded to as “negative”, or the time passed since this occasion, alluded to as “positive”, the date of this occasion being customizable by the administrator of the watch in a pre-chosen time scale, either “UTC”, or “MET”. (Three PET settings)
  • “Timer” (“TMR”): This is a tally down beginning from a predefined amount of time, for moderately brief times of time.
  • “Chronograph” (“CHR”): This is a forward tally that measures, with accuracy (1/100th sec), the time slipped by since the time at which the administrator put into action the gadget, for moderately brief times of time.

What is unique in relation to different sorts of watches of this sort? Most particular watches up to now are under the American patent U.S. Pat. No. 6,144,619 (John P. Reisman), entitled ‘Flight watch with different clocks and caution showing means’. This patent, concerns an electronic watch outfitted with a few capacities helping an airplane pilot. The watch should show the nearby time, the UTC time, and 42 time regions. It is outfitted with a few time counters, a chronograph capacity, and it comprises simple and computerized seeing components and various alerts. This watch, or comparative watches, could be considered to react completely to the requirements of their client, because of the huge amount of capacities with which they are prepared and their flexible use.

However this isn’t along these lines, quite, yet not exhaustively, on account of room missions, and here is the place where the X-33 is unique. The module in its cal.5169, gives its administrator the bit of leeway to characterize a zero time with an exact date for a forward check or for a tally down. The watch is fit for ascertaining naturally the time slipped by since, or the time staying until, a given occasion. The time slipped by (in days, hours, minutes, seconds) since an occasion of realized date ought not need the administrator of the watch to be watching out for the beginning moment that he needs to put the chronometer into action. This is a vital factor in the context of room missions, where all exercises are arranged either as per the time slipped by since the hour of takeoff, abridged as MET for “Mission Elapsed Time”, or as indicated by the Universal Time (UTC).

An excursion into the space vacuum would be an ideal example of such an activity. Because of communication limitations, the airtight chamber entryway should be opened at an exact point as expected, and because of self-governance limitations; a maximum working time should be regarded outside the spaceship. The space traveler should along these lines know about the time remaining, forever, to get ready for the compelling opening of the entryway, just as the time slipped by since the beginning of his excursion. Different occasions creating a similar necessity are start of a spaceship’s circle evolving motor, mooring with another rocket, and so forth Along these lines, the Skywalker’s module offers its administrator the chance to ascertain separate stages in the “PET” (for “Stage Elapsed Time”) mode.

Last yet not least, the X-33 plan, is ideal for this sort of watch. Four press catches do the trick to command (settings and showcases) the watch’s times and capacities. Press catches are picked over dial catches, since they don’t need expulsion of the watch from the user’s wrist for change. The control catches are set, evenly on each side of the watch, at that point in the upper and lower areas of its sides, so as to forestall the presence of a catch in the focal zone which could make a hard pressing factor point on the rear of the user’s wrist when bowing the hand.


I wore the watch practically regularly for this audit and I need to say that I am intrigued. Notwithstanding the way that I may be inclined towards preferring the watch due to its flying and space family I should allude to the comments that the X-33 assembled while it was on my wrist. The primary analysis that I heard was that the watch is dull, subsequently it’s anything but a luxury watch. Watches produced using titanium are that way, they are faint and the X-33 is the standard. In any case, there is an explanation behind that, and the explanation gets from the particular reason the watch has been developed for in any case. A real apparatus watch is planned in light of a particular reason; and for our situation it is the shirking of undesirable reflections.

The second analysis is connected with its cost and its quartz heart. Like the old X-33’s which were never a blockbuster arrangement of watches on the lookout, the X-33 has a lofty cost – 4.350 Euros – and it’s a quartz. Quartz innovation can be exceptionally hard to offer to shoppers and in spite of its boss usefulness, quartz comes up short on the notoriety, the practice and the sentimentality that the mechanical watches have in plenitude. Basically the buyers can’t interface the cost of the X-33 with its non-mechanical nature. There is a certain reality in that, that gets from the design of the market and the manner in which the watch enthusiast act. I can’t help disagreeing; the X-33 may be the exception (as a quartz watch) that characterizes the rule.

An Avantgarde decision, the Skywalker is a super cool watch with numerous one of a kind highlights, which can be utilized, all things considered, also, as its purchaser can find in the excellent working guidelines given by Omega. The facts demonstrate that the watch has been planned particularly for space explorers and this is one of its greatest selling focuses, anyway its usefulness makes it maybe the ideal mixer watch either for the chronograph devotee or for the flight/space crack. The Skywalker X-33 or its principle competitor the Breitling cockpit B-50 are watches made for proficient use. These are proficient watches that can be utilized without breaking a sweat from Professionals and common individuals at the equivalent time.

The Omega Speedmaster X-33 Skywalker is exceptional among any remaining watches of its sort in the market at this moment and basically it sneaks up suddenly. It is an unmistakable instrument with the type of a watch combining the legacy of the famous Speedmaster, the developmental idea of the initial two ages of the X-33’s with the noteworthy patent by Jean-François Clervoy offered for commercial use under the auspices of the ESA. It is an exceptionally ergonomic, extremely all around made and very thoroughly examined proficient chronograph that praises Omega’s commitment for giving watch instruments to individuals who push the boundaries.

In my assessment, any individual who places in the condition of the quartz type as a negative component of the X-33 I think misses the general purpose of the raison-de-etre of the watch. Eminence, custom, wistfulness and the immaculateness of a mechanical watch are vital elements when somebody picks a luxury watch with a weighty sticker price. All these anyway begin to become less significant when somebody picks an unadulterated apparatus watch. The X-33 is a luxury device watch since it combines the family and the practice of its archetypes with its extreme usefulness. Instrument is a gadget or execute, particularly one held in the hand, used to do a specific capacity the English word reference states; and the X-33 is a device watch second to none and this is the manner by which it should be approached.

Special Thanks to Aeroclub Athens and Mr.George Methanitis for his sort help.

Reference articles utilized in the review:

  • For a more itemized examination about the patent of the Omega X-33 Skywalker:
  • More information about the original X-33’s from: x-33/x-33-outline/
  • Info about the Astronaut Jean-François Clervoy from: